diagrams-core 1.2.0.6 → 1.3
raw patch · 28 files changed
+1882/−1414 lines, 28 filesdep +adjunctionsdep +distributivedep +lineardep −MemoTriedep −newtypedep −vector-spacedep ~basedep ~monoid-extrasPVP ok
version bump matches the API change (PVP)
Dependencies added: adjunctions, distributive, linear, mtl, unordered-containers
Dependencies removed: MemoTrie, newtype, vector-space, vector-space-points
Dependency ranges changed: base, monoid-extras
API changes (from Hackage documentation)
- Diagrams.Core: (|>) :: (Qualifiable q, IsName a) => a -> q -> q
- Diagrams.Core: Global :: (Scalar v) -> Measure v
- Diagrams.Core: Local :: (Scalar v) -> Measure v
- Diagrams.Core: MaxM :: (Measure v) -> (Measure v) -> Measure v
- Diagrams.Core: MinM :: (Measure v) -> (Measure v) -> Measure v
- Diagrams.Core: NegateM :: (Measure v) -> Measure v
- Diagrams.Core: Normalized :: (Scalar v) -> Measure v
- Diagrams.Core: Output :: (Scalar v) -> Measure v
- Diagrams.Core: PlusM :: (Measure v) -> (Measure v) -> Measure v
- Diagrams.Core: ScaleM :: (Scalar v) -> (Measure v) -> Measure v
- Diagrams.Core: ZeroM :: Measure v
- Diagrams.Core: _relative :: AffineSpace (Point v) => Point v -> Iso' (Point v) v
- Diagrams.Core: applyGTAttr :: (AttributeClass a, Data a, Transformable a, V a ~ V d, HasStyle d) => a -> d -> d
- Diagrams.Core: combineAttr :: AttributeClass a => a -> Style v -> Style v
- Diagrams.Core: data Measure v
- Diagrams.Core: fromOutput :: Measure v -> Scalar v
- Diagrams.Core: mkAttr :: AttributeClass a => a -> Attribute v
- Diagrams.Core: mkGTAttr :: (AttributeClass a, Data a, Transformable a, V a ~ v) => a -> Attribute v
- Diagrams.Core: mkTAttr :: (AttributeClass a, Transformable a, V a ~ v) => a -> Attribute v
- Diagrams.Core: toOutput :: (Data v, Data (Scalar v), Num (Scalar v), Ord (Scalar v), Fractional (Scalar v)) => Scalar v -> Scalar v -> Measure v -> Measure v
- Diagrams.Core: unwrapAttr :: AttributeClass a => Attribute v -> Maybe a
- Diagrams.Core.Compile: styleToOutput :: (Data v, Data (Scalar v), Num (Scalar v), Ord (Scalar v), Fractional (Scalar v)) => Scalar v -> Scalar v -> Style v -> Style v
- Diagrams.Core.Compile: toOutput :: (Data v, Data (Scalar v), Num (Scalar v), Ord (Scalar v), Fractional (Scalar v)) => Scalar v -> Scalar v -> Measure v -> Measure v
- Diagrams.Core.Envelope: instance (Enveloped a, Enveloped b, V a ~ V b) => Enveloped (a, b)
- Diagrams.Core.Envelope: instance (Fractional s, Floating s, Ord s, AdditiveGroup s) => OrderedField s
- Diagrams.Core.Envelope: instance (HasLinearMap v, InnerSpace v, Floating (Scalar v)) => Transformable (Envelope v)
- Diagrams.Core.Envelope: instance (InnerSpace v, Fractional (Scalar v)) => HasOrigin (Envelope v)
- Diagrams.Core.Envelope: instance (InnerSpace v, OrderedField (Scalar v)) => Enveloped (Envelope v)
- Diagrams.Core.Envelope: instance (OrderedField (Scalar v), InnerSpace v) => Enveloped (Point v)
- Diagrams.Core.Envelope: instance Ord (Scalar v) => Monoid (Envelope v)
- Diagrams.Core.Envelope: instance Ord (Scalar v) => Semigroup (Envelope v)
- Diagrams.Core.Envelope: instance Rewrapped (Envelope v) (Envelope v')
- Diagrams.Core.Envelope: instance Show (Envelope v)
- Diagrams.Core.Envelope: instance Wrapped (Envelope v)
- Diagrams.Core.HasOrigin: instance (HasOrigin a, HasOrigin b, V a ~ V b) => HasOrigin (a, b)
- Diagrams.Core.HasOrigin: instance (HasOrigin a, Ord a) => HasOrigin (Set a)
- Diagrams.Core.HasOrigin: instance HasOrigin a => HasOrigin (Map k a)
- Diagrams.Core.HasOrigin: instance HasOrigin a => HasOrigin [a]
- Diagrams.Core.HasOrigin: instance VectorSpace v => HasOrigin (Point v)
- Diagrams.Core.Juxtapose: instance (Enveloped a, HasOrigin a, Enveloped b, HasOrigin b, V a ~ V b) => Juxtaposable (a, b)
- Diagrams.Core.Juxtapose: instance (InnerSpace v, OrderedField (Scalar v)) => Juxtaposable (Envelope v)
- Diagrams.Core.Names: (|>) :: (Qualifiable q, IsName a) => a -> q -> q
- Diagrams.Core.Names: instance [overlap ok] (IsName a, IsName b) => IsName (a, b)
- Diagrams.Core.Names: instance [overlap ok] (IsName a, IsName b, IsName c) => IsName (a, b, c)
- Diagrams.Core.Names: instance [overlap ok] (Ord a, Qualifiable a) => Qualifiable (Set a)
- Diagrams.Core.Names: instance [overlap ok] (Qualifiable a, Qualifiable b) => Qualifiable (a, b)
- Diagrams.Core.Names: instance [overlap ok] (Qualifiable a, Qualifiable b, Qualifiable c) => Qualifiable (a, b, c)
- Diagrams.Core.Names: instance [overlap ok] Eq AName
- Diagrams.Core.Names: instance [overlap ok] Eq Name
- Diagrams.Core.Names: instance [overlap ok] IsName ()
- Diagrams.Core.Names: instance [overlap ok] IsName AName
- Diagrams.Core.Names: instance [overlap ok] IsName Bool
- Diagrams.Core.Names: instance [overlap ok] IsName Char
- Diagrams.Core.Names: instance [overlap ok] IsName Double
- Diagrams.Core.Names: instance [overlap ok] IsName Float
- Diagrams.Core.Names: instance [overlap ok] IsName Int
- Diagrams.Core.Names: instance [overlap ok] IsName Integer
- Diagrams.Core.Names: instance [overlap ok] IsName Name
- Diagrams.Core.Names: instance [overlap ok] IsName String
- Diagrams.Core.Names: instance [overlap ok] IsName a => IsName [a]
- Diagrams.Core.Names: instance [overlap ok] Monoid Name
- Diagrams.Core.Names: instance [overlap ok] Ord AName
- Diagrams.Core.Names: instance [overlap ok] Ord Name
- Diagrams.Core.Names: instance [overlap ok] Qualifiable Name
- Diagrams.Core.Names: instance [overlap ok] Qualifiable a => Qualifiable (Map k a)
- Diagrams.Core.Names: instance [overlap ok] Qualifiable a => Qualifiable (TransInv a)
- Diagrams.Core.Names: instance [overlap ok] Qualifiable a => Qualifiable (b -> a)
- Diagrams.Core.Names: instance [overlap ok] Qualifiable a => Qualifiable [a]
- Diagrams.Core.Names: instance [overlap ok] Rewrapped Name Name
- Diagrams.Core.Names: instance [overlap ok] Semigroup Name
- Diagrams.Core.Names: instance [overlap ok] Show AName
- Diagrams.Core.Names: instance [overlap ok] Show Name
- Diagrams.Core.Names: instance [overlap ok] Typeable AName
- Diagrams.Core.Names: instance [overlap ok] Typeable Name
- Diagrams.Core.Names: instance [overlap ok] Wrapped Name
- Diagrams.Core.Points: _relative :: AffineSpace (Point v) => Point v -> Iso' (Point v) v
- Diagrams.Core.Query: instance Applicative (Query v)
- Diagrams.Core.Query: instance Functor (Query v)
- Diagrams.Core.Query: instance HasLinearMap v => Transformable (Query v m)
- Diagrams.Core.Query: instance Monoid m => Monoid (Query v m)
- Diagrams.Core.Query: instance Rewrapped (Query v m) (Query v' m')
- Diagrams.Core.Query: instance Semigroup m => Semigroup (Query v m)
- Diagrams.Core.Query: instance VectorSpace v => HasOrigin (Query v m)
- Diagrams.Core.Query: instance Wrapped (Query v m)
- Diagrams.Core.Style: GTAttribute :: a -> Attribute v
- Diagrams.Core.Style: addAttr :: AttributeClass a => a -> Style v -> Style v
- Diagrams.Core.Style: applyGTAttr :: (AttributeClass a, Data a, Transformable a, V a ~ V d, HasStyle d) => a -> d -> d
- Diagrams.Core.Style: attrToStyle :: AttributeClass a => a -> Style v
- Diagrams.Core.Style: combineAttr :: AttributeClass a => a -> Style v -> Style v
- Diagrams.Core.Style: gmapAttrs :: Typeable a => (a -> a) -> Style v -> Style v
- Diagrams.Core.Style: gtAttrToStyle :: (AttributeClass a, Data a, Transformable a, V a ~ v) => a -> Style v
- Diagrams.Core.Style: instance (HasStyle a, HasStyle b, V a ~ V b) => HasStyle (a, b)
- Diagrams.Core.Style: instance Action (Style v) m
- Diagrams.Core.Style: instance HasLinearMap v => Transformable (Attribute v)
- Diagrams.Core.Style: instance HasLinearMap v => Transformable (Style v)
- Diagrams.Core.Style: instance HasStyle (Style v)
- Diagrams.Core.Style: instance Monoid (Style v)
- Diagrams.Core.Style: instance Rewrapped (Style v) (Style v')
- Diagrams.Core.Style: instance Semigroup (Attribute v)
- Diagrams.Core.Style: instance Semigroup (Style v)
- Diagrams.Core.Style: instance Wrapped (Style v)
- Diagrams.Core.Style: mkAttr :: AttributeClass a => a -> Attribute v
- Diagrams.Core.Style: mkGTAttr :: (AttributeClass a, Data a, Transformable a, V a ~ v) => a -> Attribute v
- Diagrams.Core.Style: mkTAttr :: (AttributeClass a, Transformable a, V a ~ v) => a -> Attribute v
- Diagrams.Core.Style: setAttr :: AttributeClass a => a -> Style v -> Style v
- Diagrams.Core.Style: tAttrToStyle :: (AttributeClass a, Transformable a, V a ~ v) => a -> Style v
- Diagrams.Core.Style: unwrapAttr :: AttributeClass a => Attribute v -> Maybe a
- Diagrams.Core.Trace: instance (Ord (Scalar v), VectorSpace v) => Traced (Point v)
- Diagrams.Core.Trace: instance (Ord (Scalar v), VectorSpace v) => Traced (Trace v)
- Diagrams.Core.Trace: instance (Traced a, Traced b, V a ~ V b) => Traced (a, b)
- Diagrams.Core.Trace: instance HasLinearMap v => Transformable (Trace v)
- Diagrams.Core.Trace: instance Ord (Scalar v) => Monoid (Trace v)
- Diagrams.Core.Trace: instance Ord (Scalar v) => Semigroup (Trace v)
- Diagrams.Core.Trace: instance Rewrapped (Trace v) (Trace v')
- Diagrams.Core.Trace: instance Show (Trace v)
- Diagrams.Core.Trace: instance VectorSpace v => HasOrigin (Trace v)
- Diagrams.Core.Trace: instance Wrapped (Trace v)
- Diagrams.Core.Transform: instance (HasBasis (V b), HasTrie (Basis (V b)), Transformable a, Transformable b, V b ~ V a) => Transformable (a -> b)
- Diagrams.Core.Transform: instance (HasBasis v, HasTrie (Basis v), VectorSpace v) => HasLinearMap v
- Diagrams.Core.Transform: instance (HasLinearMap v, v ~ V a, Transformable a) => Action (Transformation v) a
- Diagrams.Core.Transform: instance (Transformable a, Transformable b, Transformable c, V a ~ V b, V a ~ V c) => Transformable (a, b, c)
- Diagrams.Core.Transform: instance (Transformable a, Transformable b, V a ~ V b) => Transformable (a, b)
- Diagrams.Core.Transform: instance HasLinearMap v => HasOrigin (Transformation v)
- Diagrams.Core.Transform: instance HasLinearMap v => Monoid (Transformation v)
- Diagrams.Core.Transform: instance HasLinearMap v => Monoid (v :-: v)
- Diagrams.Core.Transform: instance HasLinearMap v => Semigroup (Transformation v)
- Diagrams.Core.Transform: instance HasLinearMap v => Semigroup (v :-: v)
- Diagrams.Core.Transform: instance HasLinearMap v => Transformable (Point v)
- Diagrams.Core.Transform: instance HasLinearMap v => Transformable (Transformation v)
- Diagrams.Core.Transform: instance Transformable Double
- Diagrams.Core.Transform: instance Transformable Rational
- Diagrams.Core.Transform: instance Transformable t => Transformable (TransInv t)
- Diagrams.Core.Transform: instance VectorSpace (V t) => HasOrigin (TransInv t)
- Diagrams.Core.Types: Global :: (Scalar v) -> Measure v
- Diagrams.Core.Types: Local :: (Scalar v) -> Measure v
- Diagrams.Core.Types: MaxM :: (Measure v) -> (Measure v) -> Measure v
- Diagrams.Core.Types: MinM :: (Measure v) -> (Measure v) -> Measure v
- Diagrams.Core.Types: NegateM :: (Measure v) -> Measure v
- Diagrams.Core.Types: Normalized :: (Scalar v) -> Measure v
- Diagrams.Core.Types: Output :: (Scalar v) -> Measure v
- Diagrams.Core.Types: PlusM :: (Measure v) -> (Measure v) -> Measure v
- Diagrams.Core.Types: ScaleM :: (Scalar v) -> (Measure v) -> Measure v
- Diagrams.Core.Types: ZeroM :: Measure v
- Diagrams.Core.Types: atLeast :: Measure v -> Measure v -> Measure v
- Diagrams.Core.Types: atMost :: Measure v -> Measure v -> Measure v
- Diagrams.Core.Types: data Measure v
- Diagrams.Core.Types: fromOutput :: Measure v -> Scalar v
- Diagrams.Core.Types: instance (HasLinearMap v, Floating (Scalar v)) => Transformable (Measure v)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, Floating (Scalar v)) => Transformable (Subdiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v)) => HasOrigin (Subdiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Monoid' m) => Enveloped (QDiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Monoid' m) => Juxtaposable (QDiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => HasOrigin (QDiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => HasStyle (QDiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => Monoid (QDiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => Qualifiable (QDiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => Semigroup (QDiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, OrderedField (Scalar v), InnerSpace v, Semigroup m) => Transformable (QDiagram b v m)
- Diagrams.Core.Types: instance (HasLinearMap v, VectorSpace v, Ord (Scalar v), InnerSpace v, Semigroup m, Fractional (Scalar v), Floating (Scalar v)) => Traced (QDiagram b v m)
- Diagrams.Core.Types: instance (InnerSpace v, Floating (Scalar v), HasLinearMap v) => Transformable (SubMap b v m)
- Diagrams.Core.Types: instance (OrderedField (Scalar v), HasLinearMap v, InnerSpace v, Semigroup m) => Traced (Subdiagram b v m)
- Diagrams.Core.Types: instance (OrderedField (Scalar v), InnerSpace v, HasLinearMap v) => HasOrigin (SubMap b v m)
- Diagrams.Core.Types: instance (OrderedField (Scalar v), InnerSpace v, HasLinearMap v, Monoid' m) => Enveloped (Subdiagram b v m)
- Diagrams.Core.Types: instance (Typeable v, Data v, Data (Scalar v)) => Data (Measure v)
- Diagrams.Core.Types: instance Action Name (Envelope v)
- Diagrams.Core.Types: instance Action Name (Query v m)
- Diagrams.Core.Types: instance Action Name (SubMap b v m)
- Diagrams.Core.Types: instance Action Name (Trace v)
- Diagrams.Core.Types: instance AdditiveGroup (Measure v)
- Diagrams.Core.Types: instance Eq (Scalar v) => Eq (Measure v)
- Diagrams.Core.Types: instance Functor (QDiaLeaf b v)
- Diagrams.Core.Types: instance Functor (QDiagram b v)
- Diagrams.Core.Types: instance Functor (SubMap b v)
- Diagrams.Core.Types: instance Functor (Subdiagram b v)
- Diagrams.Core.Types: instance HasLinearMap v => Backend NullBackend v
- Diagrams.Core.Types: instance HasLinearMap v => Renderable (Prim b v) b
- Diagrams.Core.Types: instance HasLinearMap v => Transformable (Prim b v)
- Diagrams.Core.Types: instance Monoid (Render NullBackend v)
- Diagrams.Core.Types: instance Monoid (SubMap b v m)
- Diagrams.Core.Types: instance Ord (Scalar v) => Ord (Measure v)
- Diagrams.Core.Types: instance Qualifiable (SubMap b v m)
- Diagrams.Core.Types: instance Rewrapped (QDiagram b v m) (QDiagram b' v' m')
- Diagrams.Core.Types: instance Rewrapped (SubMap b v m) (SubMap b' v' m')
- Diagrams.Core.Types: instance Semigroup (SubMap b v m)
- Diagrams.Core.Types: instance Show (Scalar v) => Show (Measure v)
- Diagrams.Core.Types: instance Typeable Measure
- Diagrams.Core.Types: instance VectorSpace (Measure v)
- Diagrams.Core.Types: instance Wrapped (QDiagram b v m)
- Diagrams.Core.Types: instance Wrapped (SubMap b v m)
+ Diagrams.Core: (.>>) :: (Qualifiable q, IsName a) => a -> q -> q
+ Diagrams.Core: Attribute :: a -> Attribute v n
+ Diagrams.Core: MAttribute :: Measured n a -> Attribute v n
+ Diagrams.Core: TAttribute :: a -> Attribute v n
+ Diagrams.Core: applyMAttr :: (AttributeClass a, N d ~ n, HasStyle d, Typeable n) => Measured n a -> d -> d
+ Diagrams.Core: atAttr :: AttributeClass a => Lens' (Style v n) (Maybe a)
+ Diagrams.Core: atMAttr :: (AttributeClass a, Typeable n) => Lens' (Style v n) (Maybe (Measured n a))
+ Diagrams.Core: atTAttr :: (V a ~ v, N a ~ n, AttributeClass a, Transformable a) => Lens' (Style v n) (Maybe a)
+ Diagrams.Core: class (Additive v, Representable v, Rep v ~ E v) => HasBasis v
+ Diagrams.Core: class (V a ~ v, N a ~ n, Additive v, Num n) => InSpace v n a
+ Diagrams.Core: class (V a ~ V b, N a ~ N b) => SameSpace a b
+ Diagrams.Core: class (Typeable n, RealFloat n) => TypeableFloat n
+ Diagrams.Core: data Measured n a
+ Diagrams.Core: eye :: (HasBasis v, Num n) => v (v n)
+ Diagrams.Core: fromMeasured :: Num n => n -> n -> Measured n a -> a
+ Diagrams.Core: global :: Num n => n -> Measure n
+ Diagrams.Core: groupOpacity :: (Metric v, OrderedField n, Semigroup m) => Double -> QDiagram b v n m -> QDiagram b v n m
+ Diagrams.Core: isReflection :: (Additive v, Traversable v, Num n, Ord n) => Transformation v n -> Bool
+ Diagrams.Core: local :: Num n => n -> Measure n
+ Diagrams.Core: normalized :: Num n => n -> Measure n
+ Diagrams.Core: opacityGroup :: (Metric v, OrderedField n, Semigroup m) => Double -> QDiagram b v n m -> QDiagram b v n m
+ Diagrams.Core: output :: Num n => n -> Measure n
+ Diagrams.Core: relative :: (Additive f, Num a) => Point f a -> Iso' (Point f a) (f a)
+ Diagrams.Core: scaleLocal :: Num n => n -> Measured n a -> Measured n a
+ Diagrams.Core: size :: (V a ~ v, N a ~ n, Enveloped a, HasBasis v) => a -> v n
+ Diagrams.Core: type Measure n = Measured n n
+ Diagrams.Core: type Vn a = V a (N a)
+ Diagrams.Core.Envelope: instance (Enveloped a, Enveloped b, V a ~ V b, N a ~ N b) => Enveloped (a, b)
+ Diagrams.Core.Envelope: instance (Floating s, Ord s) => OrderedField s
+ Diagrams.Core.Envelope: instance (Metric v, Floating n) => Transformable (Envelope v n)
+ Diagrams.Core.Envelope: instance (Metric v, Fractional n) => HasOrigin (Envelope v n)
+ Diagrams.Core.Envelope: instance (Metric v, OrderedField n) => Enveloped (Envelope v n)
+ Diagrams.Core.Envelope: instance (OrderedField n, Metric v) => Enveloped (Point v n)
+ Diagrams.Core.Envelope: instance Ord n => Monoid (Envelope v n)
+ Diagrams.Core.Envelope: instance Ord n => Semigroup (Envelope v n)
+ Diagrams.Core.Envelope: instance Rewrapped (Envelope v n) (Envelope v' n')
+ Diagrams.Core.Envelope: instance Show (Envelope v n)
+ Diagrams.Core.Envelope: instance Wrapped (Envelope v n)
+ Diagrams.Core.Envelope: size :: (V a ~ v, N a ~ n, Enveloped a, HasBasis v) => a -> v n
+ Diagrams.Core.HasOrigin: instance (Additive v, Num n) => HasOrigin (Point v n)
+ Diagrams.Core.HasOrigin: instance (HasOrigin t, HasOrigin s, SameSpace s t) => HasOrigin (s, t)
+ Diagrams.Core.HasOrigin: instance (HasOrigin t, Ord t) => HasOrigin (Set t)
+ Diagrams.Core.HasOrigin: instance HasOrigin t => HasOrigin (Map k t)
+ Diagrams.Core.HasOrigin: instance HasOrigin t => HasOrigin (Measured n t)
+ Diagrams.Core.HasOrigin: instance HasOrigin t => HasOrigin [t]
+ Diagrams.Core.Juxtapose: instance (Enveloped a, HasOrigin a, Enveloped b, HasOrigin b, V a ~ V b, N a ~ N b) => Juxtaposable (a, b)
+ Diagrams.Core.Juxtapose: instance (Metric v, OrderedField n) => Juxtaposable (Envelope v n)
+ Diagrams.Core.Juxtapose: instance Juxtaposable a => Juxtaposable (Measured n a)
+ Diagrams.Core.Measure: Measured :: ((n, n, n) -> a) -> Measured n a
+ Diagrams.Core.Measure: atLeast :: Ord n => Measure n -> Measure n -> Measure n
+ Diagrams.Core.Measure: atMost :: Ord n => Measure n -> Measure n -> Measure n
+ Diagrams.Core.Measure: fromMeasured :: Num n => n -> n -> Measured n a -> a
+ Diagrams.Core.Measure: global :: Num n => n -> Measure n
+ Diagrams.Core.Measure: instance Additive (Measured n)
+ Diagrams.Core.Measure: instance Applicative (Measured n)
+ Diagrams.Core.Measure: instance Distributive (Measured n)
+ Diagrams.Core.Measure: instance Floating a => Floating (Measured n a)
+ Diagrams.Core.Measure: instance Fractional a => Fractional (Measured n a)
+ Diagrams.Core.Measure: instance Functor (Measured n)
+ Diagrams.Core.Measure: instance Monad (Measured n)
+ Diagrams.Core.Measure: instance MonadReader (n, n, n) (Measured n)
+ Diagrams.Core.Measure: instance Monoid a => Monoid (Measured n a)
+ Diagrams.Core.Measure: instance Num a => Num (Measured n a)
+ Diagrams.Core.Measure: instance Profunctor Measured
+ Diagrams.Core.Measure: instance Representable (Measured n)
+ Diagrams.Core.Measure: instance Semigroup a => Semigroup (Measured n a)
+ Diagrams.Core.Measure: instance Typeable Measured
+ Diagrams.Core.Measure: local :: Num n => n -> Measure n
+ Diagrams.Core.Measure: newtype Measured n a
+ Diagrams.Core.Measure: normalised :: Num n => n -> Measure n
+ Diagrams.Core.Measure: normalized :: Num n => n -> Measure n
+ Diagrams.Core.Measure: output :: Num n => n -> Measure n
+ Diagrams.Core.Measure: scaleLocal :: Num n => n -> Measured n a -> Measured n a
+ Diagrams.Core.Measure: type Measure n = Measured n n
+ Diagrams.Core.Measure: unmeasure :: Measured n a -> (n, n, n) -> a
+ Diagrams.Core.Names: (.>>) :: (Qualifiable q, IsName a) => a -> q -> q
+ Diagrams.Core.Names: _AName :: (Typeable a, Ord a, Show a) => Prism' AName a
+ Diagrams.Core.Names: instance (IsName a, IsName b) => IsName (a, b)
+ Diagrams.Core.Names: instance (IsName a, IsName b, IsName c) => IsName (a, b, c)
+ Diagrams.Core.Names: instance (Ord a, Qualifiable a) => Qualifiable (Set a)
+ Diagrams.Core.Names: instance (Qualifiable a, Qualifiable b) => Qualifiable (a, b)
+ Diagrams.Core.Names: instance (Qualifiable a, Qualifiable b, Qualifiable c) => Qualifiable (a, b, c)
+ Diagrams.Core.Names: instance Eq AName
+ Diagrams.Core.Names: instance Eq Name
+ Diagrams.Core.Names: instance IsName ()
+ Diagrams.Core.Names: instance IsName AName
+ Diagrams.Core.Names: instance IsName Bool
+ Diagrams.Core.Names: instance IsName Char
+ Diagrams.Core.Names: instance IsName Double
+ Diagrams.Core.Names: instance IsName Float
+ Diagrams.Core.Names: instance IsName Int
+ Diagrams.Core.Names: instance IsName Integer
+ Diagrams.Core.Names: instance IsName Name
+ Diagrams.Core.Names: instance IsName a => IsName (Maybe a)
+ Diagrams.Core.Names: instance IsName a => IsName [a]
+ Diagrams.Core.Names: instance Monoid Name
+ Diagrams.Core.Names: instance Ord AName
+ Diagrams.Core.Names: instance Ord Name
+ Diagrams.Core.Names: instance Qualifiable Name
+ Diagrams.Core.Names: instance Qualifiable a => Qualifiable (Map k a)
+ Diagrams.Core.Names: instance Qualifiable a => Qualifiable (Measured n a)
+ Diagrams.Core.Names: instance Qualifiable a => Qualifiable (TransInv a)
+ Diagrams.Core.Names: instance Qualifiable a => Qualifiable (b -> a)
+ Diagrams.Core.Names: instance Qualifiable a => Qualifiable [a]
+ Diagrams.Core.Names: instance Rewrapped Name Name
+ Diagrams.Core.Names: instance Semigroup Name
+ Diagrams.Core.Names: instance Show AName
+ Diagrams.Core.Names: instance Show Name
+ Diagrams.Core.Names: instance Typeable AName
+ Diagrams.Core.Names: instance Typeable Name
+ Diagrams.Core.Names: instance Wrapped Name
+ Diagrams.Core.Points: _Point :: (Profunctor p, Functor f) => p (f a) (f (f a)) -> p (Point f a) (f (Point f a))
+ Diagrams.Core.Points: mirror :: (Additive v, Num n) => Point v n -> Point v n
+ Diagrams.Core.Points: reflectThrough :: (Additive v, Num n) => Point v n -> Point v n -> Point v n
+ Diagrams.Core.Points: relative :: (Additive f, Num a) => Point f a -> Iso' (Point f a) (f a)
+ Diagrams.Core.Points: relative2 :: (Additive v, Num n) => Point v n -> (v n -> v n -> v n) -> Point v n -> Point v n -> Point v n
+ Diagrams.Core.Points: relative3 :: (Additive v, Num n) => Point v n -> (v n -> v n -> v n -> v n) -> Point v n -> Point v n -> Point v n -> Point v n
+ Diagrams.Core.Query: instance (Additive v, Num n) => HasOrigin (Query v n m)
+ Diagrams.Core.Query: instance (Additive v, Num n) => Transformable (Query v n m)
+ Diagrams.Core.Query: instance Applicative (Query v n)
+ Diagrams.Core.Query: instance Functor (Query v n)
+ Diagrams.Core.Query: instance Monoid m => Monoid (Query v n m)
+ Diagrams.Core.Query: instance Rewrapped (Query v a m) (Query v' a' m')
+ Diagrams.Core.Query: instance Semigroup m => Semigroup (Query v n m)
+ Diagrams.Core.Query: instance Wrapped (Query v n m)
+ Diagrams.Core.Style: MAttribute :: Measured n a -> Attribute v n
+ Diagrams.Core.Style: _Attribute :: AttributeClass a => Prism' (Attribute v n) a
+ Diagrams.Core.Style: _MAttribute :: (AttributeClass a, Typeable n) => Prism' (Attribute v n) (Measured n a)
+ Diagrams.Core.Style: _TAttribute :: (V a ~ v, N a ~ n, AttributeClass a, Transformable a) => Prism' (Attribute v n) a
+ Diagrams.Core.Style: applyMAttr :: (AttributeClass a, N d ~ n, HasStyle d, Typeable n) => Measured n a -> d -> d
+ Diagrams.Core.Style: atAttr :: AttributeClass a => Lens' (Style v n) (Maybe a)
+ Diagrams.Core.Style: atMAttr :: (AttributeClass a, Typeable n) => Lens' (Style v n) (Maybe (Measured n a))
+ Diagrams.Core.Style: atTAttr :: (V a ~ v, N a ~ n, AttributeClass a, Transformable a) => Lens' (Style v n) (Maybe a)
+ Diagrams.Core.Style: attributeToStyle :: Attribute v n -> Style v n
+ Diagrams.Core.Style: attributeType :: Attribute v n -> TypeRep
+ Diagrams.Core.Style: instance (Additive v, Traversable v, Floating n) => Transformable (Attribute v n)
+ Diagrams.Core.Style: instance (Additive v, Traversable v, Floating n) => Transformable (Style v n)
+ Diagrams.Core.Style: instance (HasStyle a, HasStyle b, V a ~ V b, N a ~ N b) => HasStyle (a, b)
+ Diagrams.Core.Style: instance Action (Style v n) m
+ Diagrams.Core.Style: instance At (Style v n)
+ Diagrams.Core.Style: instance Each (Style v n) (Style v' n') (Attribute v n) (Attribute v' n')
+ Diagrams.Core.Style: instance HasStyle b => HasStyle (Measured n b)
+ Diagrams.Core.Style: instance Ixed (Style v n)
+ Diagrams.Core.Style: instance Rewrapped (Style v n) (Style v' n')
+ Diagrams.Core.Style: instance Typeable n => HasStyle (Style v n)
+ Diagrams.Core.Style: instance Typeable n => Monoid (Style v n)
+ Diagrams.Core.Style: instance Typeable n => Semigroup (Attribute v n)
+ Diagrams.Core.Style: instance Typeable n => Semigroup (Style v n)
+ Diagrams.Core.Style: instance Typeable n => Show (Attribute v n)
+ Diagrams.Core.Style: instance Typeable n => Show (Style v n)
+ Diagrams.Core.Style: instance Wrapped (Style v n)
+ Diagrams.Core.Style: unmeasureAttribute :: (Num n, Typeable n) => n -> n -> Attribute v n -> Attribute v n
+ Diagrams.Core.Style: unmeasureAttrs :: (Num n, Typeable n) => n -> n -> Style v n -> Style v n
+ Diagrams.Core.Style: unwrapAttribute :: AttributeClass a => Attribute v n -> Maybe a
+ Diagrams.Core.Trace: instance (Additive v, Num n) => HasOrigin (Trace v n)
+ Diagrams.Core.Trace: instance (Additive v, Num n) => Transformable (Trace v n)
+ Diagrams.Core.Trace: instance (Additive v, Ord n) => Traced (Point v n)
+ Diagrams.Core.Trace: instance (Additive v, Ord n) => Traced (Trace v n)
+ Diagrams.Core.Trace: instance (Traced a, Traced b, SameSpace a b) => Traced (a, b)
+ Diagrams.Core.Trace: instance Ord n => Monoid (Trace v n)
+ Diagrams.Core.Trace: instance Ord n => Semigroup (Trace v n)
+ Diagrams.Core.Trace: instance Rewrapped (Trace v n) (Trace v' n')
+ Diagrams.Core.Trace: instance Show (Trace v n)
+ Diagrams.Core.Trace: instance Wrapped (Trace v n)
+ Diagrams.Core.Transform: class (Additive v, Representable v, Rep v ~ E v) => HasBasis v
+ Diagrams.Core.Transform: eye :: (HasBasis v, Num n) => v (v n)
+ Diagrams.Core.Transform: fromOrthogonal :: (Additive v, Num n) => (v n :-: v n) -> Transformation v n
+ Diagrams.Core.Transform: fromSymmetric :: (Additive v, Num n) => (v n :-: v n) -> Transformation v n
+ Diagrams.Core.Transform: instance (Additive v, Num n) => HasOrigin (Transformation v n)
+ Diagrams.Core.Transform: instance (Additive v, Num n) => Monoid (Transformation v n)
+ Diagrams.Core.Transform: instance (Additive v, Num n) => Semigroup (Transformation v n)
+ Diagrams.Core.Transform: instance (Additive v, Num n) => Transformable (Point v n)
+ Diagrams.Core.Transform: instance (Additive v, Num n) => Transformable (Transformation v n)
+ Diagrams.Core.Transform: instance (Additive v, Representable v, Rep v ~ E v) => HasBasis v
+ Diagrams.Core.Transform: instance (HasBasis v, Traversable v) => HasLinearMap v
+ Diagrams.Core.Transform: instance (Num (N t), Additive (V t), Transformable t) => Transformable (TransInv t)
+ Diagrams.Core.Transform: instance (Transformable a, V a ~ v, N a ~ n) => Action (Transformation v n) a
+ Diagrams.Core.Transform: instance (Transformable t, Transformable s, Transformable u, V s ~ V t, N s ~ N t, V s ~ V u, N s ~ N u) => Transformable (t, s, u)
+ Diagrams.Core.Transform: instance (Transformable t, Transformable s, V t ~ V s, N t ~ N s) => Transformable (t, s)
+ Diagrams.Core.Transform: instance (V t ~ v, N t ~ n, V t ~ V s, N t ~ N s, Functor v, Num n, Transformable t, Transformable s) => Transformable (s -> t)
+ Diagrams.Core.Transform: instance HasOrigin (TransInv t)
+ Diagrams.Core.Transform: instance Monoid (v :-: v)
+ Diagrams.Core.Transform: instance Semigroup (a :-: a)
+ Diagrams.Core.Transform: isReflection :: (Additive v, Traversable v, Num n, Ord n) => Transformation v n -> Bool
+ Diagrams.Core.Types: OpacityGroup :: Double -> Annotation
+ Diagrams.Core.Types: _Prim :: (Transformable p, Typeable p, Renderable p b) => Prism' (Prim b (V p) (N p)) p
+ Diagrams.Core.Types: _RAnnot :: Prism' (RNode b v n a) a
+ Diagrams.Core.Types: _REmpty :: Prism' (RNode b v n a) ()
+ Diagrams.Core.Types: _RPrim :: Prism' (RNode b v n a) (Prim b v n)
+ Diagrams.Core.Types: _RStyle :: Prism' (RNode b v n a) (Style v n)
+ Diagrams.Core.Types: class (Typeable n, RealFloat n) => TypeableFloat n
+ Diagrams.Core.Types: groupOpacity :: (Metric v, OrderedField n, Semigroup m) => Double -> QDiagram b v n m -> QDiagram b v n m
+ Diagrams.Core.Types: instance (Metric v, Floating n) => Transformable (SubMap b v n m)
+ Diagrams.Core.Types: instance (Metric v, Floating n) => Transformable (Subdiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n) => HasOrigin (Subdiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n, Monoid' m) => Enveloped (QDiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n, Monoid' m) => Juxtaposable (QDiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n, Semigroup m) => HasOrigin (QDiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n, Semigroup m) => HasStyle (QDiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n, Semigroup m) => Monoid (QDiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n, Semigroup m) => Qualifiable (QDiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n, Semigroup m) => Semigroup (QDiagram b v n m)
+ Diagrams.Core.Types: instance (Metric v, OrderedField n, Semigroup m) => Traced (QDiagram b v n m)
+ Diagrams.Core.Types: instance (OrderedField n, Metric v) => HasOrigin (SubMap b v n m)
+ Diagrams.Core.Types: instance (OrderedField n, Metric v, Monoid' m) => Enveloped (Subdiagram b v n m)
+ Diagrams.Core.Types: instance (OrderedField n, Metric v, Semigroup m) => Traced (Subdiagram b v n m)
+ Diagrams.Core.Types: instance (OrderedField n, Metric v, Semigroup m) => Transformable (QDiagram b v n m)
+ Diagrams.Core.Types: instance (Typeable n, RealFloat n) => TypeableFloat n
+ Diagrams.Core.Types: instance Action Name (Envelope v n)
+ Diagrams.Core.Types: instance Action Name (Query v n m)
+ Diagrams.Core.Types: instance Action Name (SubMap b v n m)
+ Diagrams.Core.Types: instance Action Name (Trace v n)
+ Diagrams.Core.Types: instance Backend NullBackend v n
+ Diagrams.Core.Types: instance Functor (QDiaLeaf b v n)
+ Diagrams.Core.Types: instance Functor (QDiagram b v n)
+ Diagrams.Core.Types: instance Functor (SubMap b v n)
+ Diagrams.Core.Types: instance Functor (Subdiagram b v n)
+ Diagrams.Core.Types: instance Monoid (Render NullBackend v n)
+ Diagrams.Core.Types: instance Monoid (SubMap b v n m)
+ Diagrams.Core.Types: instance Qualifiable (SubMap b v n m)
+ Diagrams.Core.Types: instance Renderable (Prim b v n) b
+ Diagrams.Core.Types: instance Rewrapped (QDiagram b v n m) (QDiagram b' v' n' m')
+ Diagrams.Core.Types: instance Rewrapped (SubMap b v n m) (SubMap b' v' n' m')
+ Diagrams.Core.Types: instance Semigroup (SubMap b v n m)
+ Diagrams.Core.Types: instance Transformable (Prim b v n)
+ Diagrams.Core.Types: instance Typeable NullBackend
+ Diagrams.Core.Types: instance Wrapped (QDiagram b v n m)
+ Diagrams.Core.Types: instance Wrapped (SubMap b v n m)
+ Diagrams.Core.Types: opacityGroup :: (Metric v, OrderedField n, Semigroup m) => Double -> QDiagram b v n m -> QDiagram b v n m
+ Diagrams.Core.V: class (V a ~ v, N a ~ n, Additive v, Num n) => InSpace v n a
+ Diagrams.Core.V: class (V a ~ V b, N a ~ N b) => SameSpace a b
+ Diagrams.Core.V: instance (V a ~ V b, N a ~ N b) => SameSpace a b
+ Diagrams.Core.V: instance (V a ~ v, N a ~ n, Additive v, Num n) => InSpace v n a
+ Diagrams.Core.V: type Vn a = V a (N a)
- Diagrams.Core: (*.) :: VectorSpace v => Scalar v -> Point v -> Point v
+ Diagrams.Core: (*.) :: (Functor v, Num n) => n -> Point v n -> Point v n
- Diagrams.Core: (<->) :: (HasLinearMap u, HasLinearMap v) => (u -> v) -> (v -> u) -> (u :-: v)
+ Diagrams.Core: (<->) :: (u -> v) -> (v -> u) -> (u :-: v)
- Diagrams.Core: Envelope :: (Option (v -> Max (Scalar v))) -> Envelope v
+ Diagrams.Core: Envelope :: (Option (v n -> Max n)) -> Envelope v n
- Diagrams.Core: Prim :: p -> Prim b (V p)
+ Diagrams.Core: Prim :: p -> Prim b (V p) (N p)
- Diagrams.Core: Query :: (Point v -> m) -> Query v m
+ Diagrams.Core: Query :: (Point v n -> m) -> Query v n m
- Diagrams.Core: SubMap :: (Map Name [Subdiagram b v m]) -> SubMap b v m
+ Diagrams.Core: SubMap :: (Map Name [Subdiagram b v n m]) -> SubMap b v n m
- Diagrams.Core: Subdiagram :: (QDiagram b v m) -> (DownAnnots v) -> Subdiagram b v m
+ Diagrams.Core: Subdiagram :: (QDiagram b v n m) -> (DownAnnots v n) -> Subdiagram b v n m
- Diagrams.Core: Trace :: (Point v -> v -> SortedList (Scalar v)) -> Trace v
+ Diagrams.Core: Trace :: (Point v n -> v n -> SortedList n) -> Trace v n
- Diagrams.Core: adjustDia :: (Backend b v, Monoid' m, Num (Scalar v)) => b -> Options b v -> QDiagram b v m -> (Options b v, Transformation v, QDiagram b v m)
+ Diagrams.Core: adjustDia :: (Backend b v n, Additive v, Monoid' m, Num n) => b -> Options b v n -> QDiagram b v n m -> (Options b v n, Transformation v n, QDiagram b v n m)
- Diagrams.Core: appEnvelope :: Envelope v -> Maybe (v -> Scalar v)
+ Diagrams.Core: appEnvelope :: Envelope v n -> Maybe (v n -> n)
- Diagrams.Core: appTrace :: Trace v -> Point v -> v -> SortedList (Scalar v)
+ Diagrams.Core: appTrace :: Trace v n -> Point v n -> v n -> SortedList n
- Diagrams.Core: apply :: HasLinearMap v => Transformation v -> v -> v
+ Diagrams.Core: apply :: Transformation v n -> v n -> v n
- Diagrams.Core: applyStyle :: HasStyle a => Style (V a) -> a -> a
+ Diagrams.Core: applyStyle :: HasStyle a => Style (V a) (N a) -> a -> a
- Diagrams.Core: applyTAttr :: (AttributeClass a, Transformable a, V a ~ V d, HasStyle d) => a -> d -> d
+ Diagrams.Core: applyTAttr :: (AttributeClass a, Transformable a, V a ~ V d, N a ~ N d, HasStyle d) => a -> d -> d
- Diagrams.Core: atLeast :: Measure v -> Measure v -> Measure v
+ Diagrams.Core: atLeast :: Ord n => Measure n -> Measure n -> Measure n
- Diagrams.Core: atMost :: Measure v -> Measure v -> Measure v
+ Diagrams.Core: atMost :: Ord n => Measure n -> Measure n -> Measure n
- Diagrams.Core: atop :: (HasLinearMap v, OrderedField (Scalar v), InnerSpace v, Semigroup m) => QDiagram b v m -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: atop :: (OrderedField n, Metric v, Semigroup m) => QDiagram b v n m -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core: avgScale :: (HasLinearMap v, Floating (Scalar v)) => Transformation v -> Scalar v
+ Diagrams.Core: avgScale :: (Additive v, Traversable v, Floating n) => Transformation v n -> n
- Diagrams.Core: basis :: HasLinearMap v => [v]
+ Diagrams.Core: basis :: (Additive t, Traversable t, Num a) => [t a]
- Diagrams.Core: class HasLinearMap v => Backend b v where data family Render b v :: * type family Result b v :: * data family Options b v :: * adjustDia _ o d = (o, mempty, d)
+ Diagrams.Core: class Backend b v n where data family Render b v n :: * type family Result b v n :: * data family Options b v n :: * adjustDia _ o d = (o, mempty, d)
- Diagrams.Core: class (InnerSpace (V a), OrderedField (Scalar (V a))) => Enveloped a
+ Diagrams.Core: class (Metric (V a), OrderedField (N a)) => Enveloped a
- Diagrams.Core: class (HasBasis v, HasTrie (Basis v), VectorSpace v) => HasLinearMap v
+ Diagrams.Core: class (HasBasis v, Traversable v) => HasLinearMap v
- Diagrams.Core: class VectorSpace (V t) => HasOrigin t
+ Diagrams.Core: class HasOrigin t
- Diagrams.Core: class (Fractional s, Floating s, Ord s, AdditiveGroup s) => OrderedField s
+ Diagrams.Core: class (Floating s, Ord s) => OrderedField s
- Diagrams.Core: class (Ord (Scalar (V a)), VectorSpace (V a)) => Traced a
+ Diagrams.Core: class (Additive (V a), Ord (N a)) => Traced a
- Diagrams.Core: class HasLinearMap (V t) => Transformable t
+ Diagrams.Core: class Transformable t
- Diagrams.Core: clearValue :: QDiagram b v m -> QDiagram b v Any
+ Diagrams.Core: clearValue :: QDiagram b v n m -> QDiagram b v n Any
- Diagrams.Core: data Attribute v :: *
+ Diagrams.Core: data Attribute (v :: * -> *) n :: *
- Diagrams.Core: data Point v :: * -> *
+ Diagrams.Core: data Point (f :: * -> *) a :: (* -> *) -> * -> *
- Diagrams.Core: data Prim b v
+ Diagrams.Core: data Prim b v n
- Diagrams.Core: data QDiagram b v m
+ Diagrams.Core: data QDiagram b v n m
- Diagrams.Core: data Style v
+ Diagrams.Core: data Style v n
- Diagrams.Core: data Subdiagram b v m
+ Diagrams.Core: data Subdiagram b v n m
- Diagrams.Core: data Transformation v
+ Diagrams.Core: data Transformation v n
- Diagrams.Core: determinant :: (HasLinearMap v, Num (Scalar v)) => Transformation v -> Scalar v
+ Diagrams.Core: determinant :: (Additive v, Traversable v, Num n) => Transformation v n -> n
- Diagrams.Core: diameter :: Enveloped a => V a -> a -> Scalar (V a)
+ Diagrams.Core: diameter :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> n
- Diagrams.Core: dimension :: HasLinearMap (V a) => a -> Int
+ Diagrams.Core: dimension :: (V a ~ v, Additive v, Traversable v) => a -> Int
- Diagrams.Core: dropTransl :: AdditiveGroup v => Transformation v -> Transformation v
+ Diagrams.Core: dropTransl :: (Additive v, Num n) => Transformation v n -> Transformation v n
- Diagrams.Core: envelope :: (OrderedField (Scalar v), InnerSpace v, HasLinearMap v, Monoid' m) => Lens' (QDiagram b v m) (Envelope v)
+ Diagrams.Core: envelope :: (OrderedField n, Metric v, Monoid' m) => Lens' (QDiagram b v n m) (Envelope v n)
- Diagrams.Core: envelopeP :: Enveloped a => V a -> a -> Point (V a)
+ Diagrams.Core: envelopeP :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Point v n
- Diagrams.Core: envelopePMay :: Enveloped a => V a -> a -> Maybe (Point (V a))
+ Diagrams.Core: envelopePMay :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Maybe (Point v n)
- Diagrams.Core: envelopeV :: Enveloped a => V a -> a -> V a
+ Diagrams.Core: envelopeV :: Enveloped a => Vn a -> a -> Vn a
- Diagrams.Core: envelopeVMay :: Enveloped a => V a -> a -> Maybe (V a)
+ Diagrams.Core: envelopeVMay :: Enveloped a => Vn a -> a -> Maybe (Vn a)
- Diagrams.Core: fromLinear :: AdditiveGroup v => (v :-: v) -> (v :-: v) -> Transformation v
+ Diagrams.Core: fromLinear :: (Additive v, Num n) => (v n :-: v n) -> (v n :-: v n) -> Transformation v n
- Diagrams.Core: fromNames :: IsName a => [(a, Subdiagram b v m)] -> SubMap b v m
+ Diagrams.Core: fromNames :: IsName a => [(a, Subdiagram b v n m)] -> SubMap b v n m
- Diagrams.Core: getAttr :: AttributeClass a => Style v -> Maybe a
+ Diagrams.Core: getAttr :: AttributeClass a => Style v n -> Maybe a
- Diagrams.Core: getEnvelope :: Enveloped a => a -> Envelope (V a)
+ Diagrams.Core: getEnvelope :: Enveloped a => a -> Envelope (V a) (N a)
- Diagrams.Core: getSub :: (HasLinearMap v, InnerSpace v, Floating (Scalar v), Ord (Scalar v), Semigroup m) => Subdiagram b v m -> QDiagram b v m
+ Diagrams.Core: getSub :: (Metric v, OrderedField n, Semigroup m) => Subdiagram b v n m -> QDiagram b v n m
- Diagrams.Core: getTrace :: Traced a => a -> Trace (V a)
+ Diagrams.Core: getTrace :: Traced a => a -> Trace (V a) (N a)
- Diagrams.Core: href :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => String -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: href :: (Metric v, OrderedField n, Semigroup m) => String -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core: inv :: HasLinearMap v => Transformation v -> Transformation v
+ Diagrams.Core: inv :: (Functor v, Num n) => Transformation v n -> Transformation v n
- Diagrams.Core: juxtapose :: Juxtaposable a => V a -> a -> a -> a
+ Diagrams.Core: juxtapose :: Juxtaposable a => Vn a -> a -> a -> a
- Diagrams.Core: juxtaposeDefault :: (Enveloped a, HasOrigin a) => V a -> a -> a -> a
+ Diagrams.Core: juxtaposeDefault :: (Enveloped a, HasOrigin a) => Vn a -> a -> a -> a
- Diagrams.Core: lapp :: (VectorSpace v, Scalar u ~ Scalar v, HasLinearMap u) => (u :-: v) -> u -> v
+ Diagrams.Core: lapp :: (u :-: v) -> u -> v
- Diagrams.Core: localize :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: localize :: (Metric v, OrderedField n, Semigroup m) => QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core: location :: HasLinearMap v => Subdiagram b v m -> Point v
+ Diagrams.Core: location :: (Additive v, Num n) => Subdiagram b v n m -> Point v n
- Diagrams.Core: lookupSub :: IsName n => n -> SubMap b v m -> Maybe [Subdiagram b v m]
+ Diagrams.Core: lookupSub :: IsName nm => nm -> SubMap b v n m -> Maybe [Subdiagram b v n m]
- Diagrams.Core: maxRayTraceP :: (Traced a, Num (Scalar (V a))) => Point (V a) -> V a -> a -> Maybe (Point (V a))
+ Diagrams.Core: maxRayTraceP :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n)
- Diagrams.Core: maxRayTraceV :: (Traced a, Num (Scalar (V a))) => Point (V a) -> V a -> a -> Maybe (V a)
+ Diagrams.Core: maxRayTraceV :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (V a n)
- Diagrams.Core: maxTraceP :: Traced a => Point (V a) -> V a -> a -> Maybe (Point (V a))
+ Diagrams.Core: maxTraceP :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n)
- Diagrams.Core: maxTraceV :: Traced a => Point (V a) -> V a -> a -> Maybe (V a)
+ Diagrams.Core: maxTraceV :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (V a n)
- Diagrams.Core: mkEnvelope :: (v -> Scalar v) -> Envelope v
+ Diagrams.Core: mkEnvelope :: (v n -> n) -> Envelope v n
- Diagrams.Core: mkQD :: Prim b v -> Envelope v -> Trace v -> SubMap b v m -> Query v m -> QDiagram b v m
+ Diagrams.Core: mkQD :: Prim b v n -> Envelope v n -> Trace v n -> SubMap b v n m -> Query v n m -> QDiagram b v n m
- Diagrams.Core: mkSubdiagram :: QDiagram b v m -> Subdiagram b v m
+ Diagrams.Core: mkSubdiagram :: QDiagram b v n m -> Subdiagram b v n m
- Diagrams.Core: mkTrace :: (Point v -> v -> SortedList (Scalar v)) -> Trace v
+ Diagrams.Core: mkTrace :: (Point v n -> v n -> SortedList n) -> Trace v n
- Diagrams.Core: moveOriginBy :: HasOrigin t => V t -> t -> t
+ Diagrams.Core: moveOriginBy :: (V t ~ v, N t ~ n, Num n, HasOrigin t) => v n -> t -> t
- Diagrams.Core: moveOriginTo :: HasOrigin t => Point (V t) -> t -> t
+ Diagrams.Core: moveOriginTo :: HasOrigin t => Point (V t) (N t) -> t -> t
- Diagrams.Core: moveTo :: HasOrigin t => Point (V t) -> t -> t
+ Diagrams.Core: moveTo :: (InSpace v n t, HasOrigin t) => Point v n -> t -> t
- Diagrams.Core: nameSub :: (IsName n, HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => (QDiagram b v m -> Subdiagram b v m) -> n -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: nameSub :: (IsName nm, Metric v, OrderedField n, Semigroup m) => (QDiagram b v n m -> Subdiagram b v n m) -> nm -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core: names :: (HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => QDiagram b v m -> [(Name, [Point v])]
+ Diagrams.Core: names :: (Metric v, Semigroup m, OrderedField n) => QDiagram b v n m -> [(Name, [Point v n])]
- Diagrams.Core: newtype Envelope v
+ Diagrams.Core: newtype Envelope v n
- Diagrams.Core: newtype Query v m
+ Diagrams.Core: newtype Query v n m
- Diagrams.Core: newtype SubMap b v m
+ Diagrams.Core: newtype SubMap b v n m
- Diagrams.Core: newtype Trace v
+ Diagrams.Core: newtype Trace v n
- Diagrams.Core: onEnvelope :: ((v -> Scalar v) -> (v -> Scalar v)) -> Envelope v -> Envelope v
+ Diagrams.Core: onEnvelope :: ((v n -> n) -> v n -> n) -> Envelope v n -> Envelope v n
- Diagrams.Core: origin :: AdditiveGroup v => Point v
+ Diagrams.Core: origin :: (Additive f, Num a) => Point f a
- Diagrams.Core: papply :: HasLinearMap v => Transformation v -> Point v -> Point v
+ Diagrams.Core: papply :: (Additive v, Num n) => Transformation v n -> Point v n -> Point v n
- Diagrams.Core: place :: HasOrigin t => t -> Point (V t) -> t
+ Diagrams.Core: place :: (InSpace v n t, HasOrigin t) => t -> Point v n -> t
- Diagrams.Core: pointDiagram :: (Fractional (Scalar v), InnerSpace v) => Point v -> QDiagram b v m
+ Diagrams.Core: pointDiagram :: (Metric v, Fractional n) => Point v n -> QDiagram b v n m
- Diagrams.Core: query :: Monoid m => QDiagram b v m -> Query v m
+ Diagrams.Core: query :: Monoid m => QDiagram b v n m -> Query v n m
- Diagrams.Core: radius :: Enveloped a => V a -> a -> Scalar (V a)
+ Diagrams.Core: radius :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> n
- Diagrams.Core: rawSub :: Subdiagram b v m -> QDiagram b v m
+ Diagrams.Core: rawSub :: Subdiagram b v n m -> QDiagram b v n m
- Diagrams.Core: rayTraceP :: (Traced a, Num (Scalar (V a))) => Point (V a) -> V a -> a -> Maybe (Point (V a))
+ Diagrams.Core: rayTraceP :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n)
- Diagrams.Core: rayTraceV :: (Traced a, Num (Scalar (V a))) => Point (V a) -> V a -> a -> Maybe (V a)
+ Diagrams.Core: rayTraceV :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (V a n)
- Diagrams.Core: rememberAs :: IsName a => a -> QDiagram b v m -> SubMap b v m -> SubMap b v m
+ Diagrams.Core: rememberAs :: IsName a => a -> QDiagram b v n m -> SubMap b v n m -> SubMap b v n m
- Diagrams.Core: render :: Renderable t b => b -> t -> Render b (V t)
+ Diagrams.Core: render :: Renderable t b => b -> t -> Render b (V t) (N t)
- Diagrams.Core: renderDia :: (Backend b v, InnerSpace v, Data v, OrderedField (Scalar v), Data (Scalar v), Monoid' m) => b -> Options b v -> QDiagram b v m -> Result b v
+ Diagrams.Core: renderDia :: (Backend b v n, HasLinearMap v, Metric v, Typeable v, Typeable n, OrderedField n, Monoid' m) => b -> Options b v n -> QDiagram b v n m -> Result b v n
- Diagrams.Core: renderDiaT :: (Backend b v, HasLinearMap v, InnerSpace v, Data v, OrderedField (Scalar v), Data (Scalar v), Monoid' m) => b -> Options b v -> QDiagram b v m -> (Transformation v, Result b v)
+ Diagrams.Core: renderDiaT :: (Backend b v n, HasLinearMap v, Metric v, Typeable v, Typeable n, OrderedField n, Monoid' m) => b -> Options b v n -> QDiagram b v n m -> (Transformation v n, Result b v n)
- Diagrams.Core: renderRTree :: Backend b v => b -> Options b v -> RTree b v Annotation -> Result b v
+ Diagrams.Core: renderRTree :: Backend b v n => b -> Options b v n -> RTree b v n Annotation -> Result b v n
- Diagrams.Core: resetValue :: (Eq m, Monoid m) => QDiagram b v m -> QDiagram b v Any
+ Diagrams.Core: resetValue :: (Eq m, Monoid m) => QDiagram b v n m -> QDiagram b v n Any
- Diagrams.Core: runQuery :: Query v m -> Point v -> m
+ Diagrams.Core: runQuery :: Query v n m -> Point v n -> m
- Diagrams.Core: sample :: Monoid m => QDiagram b v m -> Point v -> m
+ Diagrams.Core: sample :: Monoid m => QDiagram b v n m -> Point v n -> m
- Diagrams.Core: scale :: (Transformable t, Fractional (Scalar (V t)), Eq (Scalar (V t))) => Scalar (V t) -> t -> t
+ Diagrams.Core: scale :: (InSpace v n a, Eq n, Fractional n, Transformable a) => n -> a -> a
- Diagrams.Core: scaling :: (HasLinearMap v, Fractional (Scalar v)) => Scalar v -> Transformation v
+ Diagrams.Core: scaling :: (Additive v, Fractional n) => n -> Transformation v n
- Diagrams.Core: setEnvelope :: (OrderedField (Scalar v), InnerSpace v, HasLinearMap v, Monoid' m) => Envelope v -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: setEnvelope :: (OrderedField n, Metric v, Monoid' m) => Envelope v n -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core: setTrace :: (OrderedField (Scalar v), InnerSpace v, HasLinearMap v, Semigroup m) => Trace v -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: setTrace :: (OrderedField n, Metric v, Semigroup m) => Trace v n -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core: subMap :: (HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => Lens' (QDiagram b v m) (SubMap b v m)
+ Diagrams.Core: subMap :: (Metric v, Semigroup m, OrderedField n) => Lens' (QDiagram b v n m) (SubMap b v n m)
- Diagrams.Core: subPoint :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => Point v -> Subdiagram b v m
+ Diagrams.Core: subPoint :: (Metric v, OrderedField n, Semigroup m) => Point v n -> Subdiagram b v n m
- Diagrams.Core: trace :: (InnerSpace v, HasLinearMap v, OrderedField (Scalar v), Semigroup m) => Lens' (QDiagram b v m) (Trace v)
+ Diagrams.Core: trace :: (Metric v, OrderedField n, Semigroup m) => Lens' (QDiagram b v n m) (Trace v n)
- Diagrams.Core: traceP :: Traced a => Point (V a) -> V a -> a -> Maybe (Point (V a))
+ Diagrams.Core: traceP :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n)
- Diagrams.Core: traceV :: Traced a => Point (V a) -> V a -> a -> Maybe (V a)
+ Diagrams.Core: traceV :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (V a n)
- Diagrams.Core: transform :: Transformable t => Transformation (V t) -> t -> t
+ Diagrams.Core: transform :: Transformable t => Transformation (V t) (N t) -> t -> t
- Diagrams.Core: transl :: Transformation v -> v
+ Diagrams.Core: transl :: Transformation v n -> v n
- Diagrams.Core: translate :: (Transformable t, HasLinearMap (V t)) => V t -> t -> t
+ Diagrams.Core: translate :: (Num (N t), Transformable t) => Vn t -> t -> t
- Diagrams.Core: translation :: HasLinearMap v => v -> Transformation v
+ Diagrams.Core: translation :: v n -> Transformation v n
- Diagrams.Core: transp :: Transformation v -> (v :-: v)
+ Diagrams.Core: transp :: Transformation v n -> (v n :-: v n)
- Diagrams.Core: type D v = Diagram NullBackend v
+ Diagrams.Core: type D v n = QDiagram NullBackend v n Any
- Diagrams.Core: type Diagram b v = QDiagram b v Any
+ Diagrams.Core: type Diagram b = QDiagram b (V b) (N b) Any
- Diagrams.Core: value :: Monoid m => m -> QDiagram b v Any -> QDiagram b v m
+ Diagrams.Core: value :: Monoid m => m -> QDiagram b v n Any -> QDiagram b v n m
- Diagrams.Core: withName :: (IsName n, HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => n -> (Subdiagram b v m -> QDiagram b v m -> QDiagram b v m) -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: withName :: (IsName nm, Metric v, Semigroup m, OrderedField n) => nm -> (Subdiagram b v n m -> QDiagram b v n m -> QDiagram b v n m) -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core: withNameAll :: (IsName n, HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => n -> ([Subdiagram b v m] -> QDiagram b v m -> QDiagram b v m) -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: withNameAll :: (IsName nm, Metric v, Semigroup m, OrderedField n) => nm -> ([Subdiagram b v n m] -> QDiagram b v n m -> QDiagram b v n m) -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core: withNames :: (IsName n, HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => [n] -> ([Subdiagram b v m] -> QDiagram b v m -> QDiagram b v m) -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core: withNames :: (IsName nm, Metric v, Semigroup m, OrderedField n) => [nm] -> ([Subdiagram b v n m] -> QDiagram b v n m -> QDiagram b v n m) -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Compile: RAnnot :: a -> RNode b v a
+ Diagrams.Core.Compile: RAnnot :: a -> RNode b v n a
- Diagrams.Core.Compile: REmpty :: RNode b v a
+ Diagrams.Core.Compile: REmpty :: RNode b v n a
- Diagrams.Core.Compile: RPrim :: (Prim b v) -> RNode b v a
+ Diagrams.Core.Compile: RPrim :: (Prim b v n) -> RNode b v n a
- Diagrams.Core.Compile: RStyle :: (Style v) -> RNode b v a
+ Diagrams.Core.Compile: RStyle :: (Style v n) -> RNode b v n a
- Diagrams.Core.Compile: data RNode b v a
+ Diagrams.Core.Compile: data RNode b v n a
- Diagrams.Core.Compile: fromDTree :: HasLinearMap v => DTree b v Annotation -> RTree b v Annotation
+ Diagrams.Core.Compile: fromDTree :: (Floating n, HasLinearMap v) => DTree b v n Annotation -> RTree b v n Annotation
- Diagrams.Core.Compile: renderDia :: (Backend b v, InnerSpace v, Data v, OrderedField (Scalar v), Data (Scalar v), Monoid' m) => b -> Options b v -> QDiagram b v m -> Result b v
+ Diagrams.Core.Compile: renderDia :: (Backend b v n, HasLinearMap v, Metric v, Typeable v, Typeable n, OrderedField n, Monoid' m) => b -> Options b v n -> QDiagram b v n m -> Result b v n
- Diagrams.Core.Compile: renderDiaT :: (Backend b v, HasLinearMap v, InnerSpace v, Data v, OrderedField (Scalar v), Data (Scalar v), Monoid' m) => b -> Options b v -> QDiagram b v m -> (Transformation v, Result b v)
+ Diagrams.Core.Compile: renderDiaT :: (Backend b v n, HasLinearMap v, Metric v, Typeable v, Typeable n, OrderedField n, Monoid' m) => b -> Options b v n -> QDiagram b v n m -> (Transformation v n, Result b v n)
- Diagrams.Core.Compile: toDTree :: HasLinearMap v => Scalar v -> Scalar v -> QDiagram b v m -> Maybe (DTree b v Annotation)
+ Diagrams.Core.Compile: toDTree :: (HasLinearMap v, Floating n, Typeable n) => n -> n -> QDiagram b v n m -> Maybe (DTree b v n Annotation)
- Diagrams.Core.Compile: toRTree :: (HasLinearMap v, InnerSpace v, Data v, Data (Scalar v), OrderedField (Scalar v), Monoid m, Semigroup m) => Transformation v -> QDiagram b v m -> RTree b v Annotation
+ Diagrams.Core.Compile: toRTree :: (HasLinearMap v, Metric v, Typeable v, Typeable n, OrderedField n, Monoid m, Semigroup m) => Transformation v n -> QDiagram b v n m -> RTree b v n Annotation
- Diagrams.Core.Compile: type RTree b v a = Tree (RNode b v a)
+ Diagrams.Core.Compile: type RTree b v n a = Tree (RNode b v n a)
- Diagrams.Core.Envelope: Envelope :: (Option (v -> Max (Scalar v))) -> Envelope v
+ Diagrams.Core.Envelope: Envelope :: (Option (v n -> Max n)) -> Envelope v n
- Diagrams.Core.Envelope: appEnvelope :: Envelope v -> Maybe (v -> Scalar v)
+ Diagrams.Core.Envelope: appEnvelope :: Envelope v n -> Maybe (v n -> n)
- Diagrams.Core.Envelope: class (InnerSpace (V a), OrderedField (Scalar (V a))) => Enveloped a
+ Diagrams.Core.Envelope: class (Metric (V a), OrderedField (N a)) => Enveloped a
- Diagrams.Core.Envelope: class (Fractional s, Floating s, Ord s, AdditiveGroup s) => OrderedField s
+ Diagrams.Core.Envelope: class (Floating s, Ord s) => OrderedField s
- Diagrams.Core.Envelope: diameter :: Enveloped a => V a -> a -> Scalar (V a)
+ Diagrams.Core.Envelope: diameter :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> n
- Diagrams.Core.Envelope: envelopeP :: Enveloped a => V a -> a -> Point (V a)
+ Diagrams.Core.Envelope: envelopeP :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Point v n
- Diagrams.Core.Envelope: envelopePMay :: Enveloped a => V a -> a -> Maybe (Point (V a))
+ Diagrams.Core.Envelope: envelopePMay :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Maybe (Point v n)
- Diagrams.Core.Envelope: envelopeS :: (Enveloped a, Num (Scalar (V a))) => V a -> a -> Scalar (V a)
+ Diagrams.Core.Envelope: envelopeS :: (V a ~ v, N a ~ n, Enveloped a, Num n) => v n -> a -> n
- Diagrams.Core.Envelope: envelopeSMay :: Enveloped a => V a -> a -> Maybe (Scalar (V a))
+ Diagrams.Core.Envelope: envelopeSMay :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Maybe n
- Diagrams.Core.Envelope: envelopeV :: Enveloped a => V a -> a -> V a
+ Diagrams.Core.Envelope: envelopeV :: Enveloped a => Vn a -> a -> Vn a
- Diagrams.Core.Envelope: envelopeVMay :: Enveloped a => V a -> a -> Maybe (V a)
+ Diagrams.Core.Envelope: envelopeVMay :: Enveloped a => Vn a -> a -> Maybe (Vn a)
- Diagrams.Core.Envelope: extent :: Enveloped a => V a -> a -> Maybe (Scalar (V a), Scalar (V a))
+ Diagrams.Core.Envelope: extent :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Maybe (n, n)
- Diagrams.Core.Envelope: getEnvelope :: Enveloped a => a -> Envelope (V a)
+ Diagrams.Core.Envelope: getEnvelope :: Enveloped a => a -> Envelope (V a) (N a)
- Diagrams.Core.Envelope: mkEnvelope :: (v -> Scalar v) -> Envelope v
+ Diagrams.Core.Envelope: mkEnvelope :: (v n -> n) -> Envelope v n
- Diagrams.Core.Envelope: newtype Envelope v
+ Diagrams.Core.Envelope: newtype Envelope v n
- Diagrams.Core.Envelope: onEnvelope :: ((v -> Scalar v) -> (v -> Scalar v)) -> Envelope v -> Envelope v
+ Diagrams.Core.Envelope: onEnvelope :: ((v n -> n) -> v n -> n) -> Envelope v n -> Envelope v n
- Diagrams.Core.Envelope: pointEnvelope :: (Fractional (Scalar v), InnerSpace v) => Point v -> Envelope v
+ Diagrams.Core.Envelope: pointEnvelope :: (Fractional n, Metric v) => Point v n -> Envelope v n
- Diagrams.Core.Envelope: radius :: Enveloped a => V a -> a -> Scalar (V a)
+ Diagrams.Core.Envelope: radius :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> n
- Diagrams.Core.HasOrigin: class VectorSpace (V t) => HasOrigin t
+ Diagrams.Core.HasOrigin: class HasOrigin t
- Diagrams.Core.HasOrigin: moveOriginBy :: HasOrigin t => V t -> t -> t
+ Diagrams.Core.HasOrigin: moveOriginBy :: (V t ~ v, N t ~ n, Num n, HasOrigin t) => v n -> t -> t
- Diagrams.Core.HasOrigin: moveOriginTo :: HasOrigin t => Point (V t) -> t -> t
+ Diagrams.Core.HasOrigin: moveOriginTo :: HasOrigin t => Point (V t) (N t) -> t -> t
- Diagrams.Core.HasOrigin: moveTo :: HasOrigin t => Point (V t) -> t -> t
+ Diagrams.Core.HasOrigin: moveTo :: (InSpace v n t, HasOrigin t) => Point v n -> t -> t
- Diagrams.Core.HasOrigin: place :: HasOrigin t => t -> Point (V t) -> t
+ Diagrams.Core.HasOrigin: place :: (InSpace v n t, HasOrigin t) => t -> Point v n -> t
- Diagrams.Core.Juxtapose: juxtapose :: Juxtaposable a => V a -> a -> a -> a
+ Diagrams.Core.Juxtapose: juxtapose :: Juxtaposable a => Vn a -> a -> a -> a
- Diagrams.Core.Juxtapose: juxtaposeDefault :: (Enveloped a, HasOrigin a) => V a -> a -> a -> a
+ Diagrams.Core.Juxtapose: juxtaposeDefault :: (Enveloped a, HasOrigin a) => Vn a -> a -> a -> a
- Diagrams.Core.Points: (*.) :: VectorSpace v => Scalar v -> Point v -> Point v
+ Diagrams.Core.Points: (*.) :: (Functor v, Num n) => n -> Point v n -> Point v n
- Diagrams.Core.Points: P :: v -> Point v
+ Diagrams.Core.Points: P :: f a -> Point a
- Diagrams.Core.Points: newtype Point v :: * -> *
+ Diagrams.Core.Points: newtype Point (f :: * -> *) a :: (* -> *) -> * -> *
- Diagrams.Core.Points: origin :: AdditiveGroup v => Point v
+ Diagrams.Core.Points: origin :: (Additive f, Num a) => Point f a
- Diagrams.Core.Query: Query :: (Point v -> m) -> Query v m
+ Diagrams.Core.Query: Query :: (Point v n -> m) -> Query v n m
- Diagrams.Core.Query: newtype Query v m
+ Diagrams.Core.Query: newtype Query v n m
- Diagrams.Core.Query: runQuery :: Query v m -> Point v -> m
+ Diagrams.Core.Query: runQuery :: Query v n m -> Point v n -> m
- Diagrams.Core.Style: Attribute :: a -> Attribute v
+ Diagrams.Core.Style: Attribute :: a -> Attribute v n
- Diagrams.Core.Style: Style :: (Map String (Attribute v)) -> Style v
+ Diagrams.Core.Style: Style :: (HashMap TypeRep (Attribute v n)) -> Style v n
- Diagrams.Core.Style: TAttribute :: a -> Attribute v
+ Diagrams.Core.Style: TAttribute :: a -> Attribute v n
- Diagrams.Core.Style: applyStyle :: HasStyle a => Style (V a) -> a -> a
+ Diagrams.Core.Style: applyStyle :: HasStyle a => Style (V a) (N a) -> a -> a
- Diagrams.Core.Style: applyTAttr :: (AttributeClass a, Transformable a, V a ~ V d, HasStyle d) => a -> d -> d
+ Diagrams.Core.Style: applyTAttr :: (AttributeClass a, Transformable a, V a ~ V d, N a ~ N d, HasStyle d) => a -> d -> d
- Diagrams.Core.Style: data Attribute v :: *
+ Diagrams.Core.Style: data Attribute (v :: * -> *) n :: *
- Diagrams.Core.Style: getAttr :: AttributeClass a => Style v -> Maybe a
+ Diagrams.Core.Style: getAttr :: AttributeClass a => Style v n -> Maybe a
- Diagrams.Core.Style: newtype Style v
+ Diagrams.Core.Style: newtype Style v n
- Diagrams.Core.Trace: Trace :: (Point v -> v -> SortedList (Scalar v)) -> Trace v
+ Diagrams.Core.Trace: Trace :: (Point v n -> v n -> SortedList n) -> Trace v n
- Diagrams.Core.Trace: appTrace :: Trace v -> Point v -> v -> SortedList (Scalar v)
+ Diagrams.Core.Trace: appTrace :: Trace v n -> Point v n -> v n -> SortedList n
- Diagrams.Core.Trace: class (Ord (Scalar (V a)), VectorSpace (V a)) => Traced a
+ Diagrams.Core.Trace: class (Additive (V a), Ord (N a)) => Traced a
- Diagrams.Core.Trace: getRayTrace :: (Traced a, Num (Scalar (V a))) => a -> Trace (V a)
+ Diagrams.Core.Trace: getRayTrace :: (n ~ N a, Traced a, Num n) => a -> Trace (V a) n
- Diagrams.Core.Trace: getTrace :: Traced a => a -> Trace (V a)
+ Diagrams.Core.Trace: getTrace :: Traced a => a -> Trace (V a) (N a)
- Diagrams.Core.Trace: maxRayTraceP :: (Traced a, Num (Scalar (V a))) => Point (V a) -> V a -> a -> Maybe (Point (V a))
+ Diagrams.Core.Trace: maxRayTraceP :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n)
- Diagrams.Core.Trace: maxRayTraceV :: (Traced a, Num (Scalar (V a))) => Point (V a) -> V a -> a -> Maybe (V a)
+ Diagrams.Core.Trace: maxRayTraceV :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (V a n)
- Diagrams.Core.Trace: maxTraceP :: Traced a => Point (V a) -> V a -> a -> Maybe (Point (V a))
+ Diagrams.Core.Trace: maxTraceP :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n)
- Diagrams.Core.Trace: maxTraceV :: Traced a => Point (V a) -> V a -> a -> Maybe (V a)
+ Diagrams.Core.Trace: maxTraceV :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (V a n)
- Diagrams.Core.Trace: mkTrace :: (Point v -> v -> SortedList (Scalar v)) -> Trace v
+ Diagrams.Core.Trace: mkTrace :: (Point v n -> v n -> SortedList n) -> Trace v n
- Diagrams.Core.Trace: newtype Trace v
+ Diagrams.Core.Trace: newtype Trace v n
- Diagrams.Core.Trace: onSortedList :: Ord b => ([a] -> [b]) -> (SortedList a -> SortedList b)
+ Diagrams.Core.Trace: onSortedList :: Ord b => ([a] -> [b]) -> SortedList a -> SortedList b
- Diagrams.Core.Trace: rayTraceP :: (Traced a, Num (Scalar (V a))) => Point (V a) -> V a -> a -> Maybe (Point (V a))
+ Diagrams.Core.Trace: rayTraceP :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n)
- Diagrams.Core.Trace: rayTraceV :: (Traced a, Num (Scalar (V a))) => Point (V a) -> V a -> a -> Maybe (V a)
+ Diagrams.Core.Trace: rayTraceV :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (V a n)
- Diagrams.Core.Trace: traceP :: Traced a => Point (V a) -> V a -> a -> Maybe (Point (V a))
+ Diagrams.Core.Trace: traceP :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n)
- Diagrams.Core.Trace: traceV :: Traced a => Point (V a) -> V a -> a -> Maybe (V a)
+ Diagrams.Core.Trace: traceV :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (V a n)
- Diagrams.Core.Trace: unsafeOnSortedList :: ([a] -> [b]) -> (SortedList a -> SortedList b)
+ Diagrams.Core.Trace: unsafeOnSortedList :: ([a] -> [b]) -> SortedList a -> SortedList b
- Diagrams.Core.Transform: (:-:) :: (u :-* v) -> (v :-* u) -> (:-:) u v
+ Diagrams.Core.Transform: (:-:) :: (u -> v) -> (v -> u) -> (:-:) u v
- Diagrams.Core.Transform: (<->) :: (HasLinearMap u, HasLinearMap v) => (u -> v) -> (v -> u) -> (u :-: v)
+ Diagrams.Core.Transform: (<->) :: (u -> v) -> (v -> u) -> (u :-: v)
- Diagrams.Core.Transform: Transformation :: (v :-: v) -> (v :-: v) -> v -> Transformation v
+ Diagrams.Core.Transform: Transformation :: (v n :-: v n) -> (v n :-: v n) -> (v n) -> Transformation v n
- Diagrams.Core.Transform: apply :: HasLinearMap v => Transformation v -> v -> v
+ Diagrams.Core.Transform: apply :: Transformation v n -> v n -> v n
- Diagrams.Core.Transform: avgScale :: (HasLinearMap v, Floating (Scalar v)) => Transformation v -> Scalar v
+ Diagrams.Core.Transform: avgScale :: (Additive v, Traversable v, Floating n) => Transformation v n -> n
- Diagrams.Core.Transform: basis :: HasLinearMap v => [v]
+ Diagrams.Core.Transform: basis :: (Additive t, Traversable t, Num a) => [t a]
- Diagrams.Core.Transform: class (HasBasis v, HasTrie (Basis v), VectorSpace v) => HasLinearMap v
+ Diagrams.Core.Transform: class (HasBasis v, Traversable v) => HasLinearMap v
- Diagrams.Core.Transform: class HasLinearMap (V t) => Transformable t
+ Diagrams.Core.Transform: class Transformable t
- Diagrams.Core.Transform: data Transformation v
+ Diagrams.Core.Transform: data Transformation v n
- Diagrams.Core.Transform: determinant :: (HasLinearMap v, Num (Scalar v)) => Transformation v -> Scalar v
+ Diagrams.Core.Transform: determinant :: (Additive v, Traversable v, Num n) => Transformation v n -> n
- Diagrams.Core.Transform: dimension :: HasLinearMap (V a) => a -> Int
+ Diagrams.Core.Transform: dimension :: (V a ~ v, Additive v, Traversable v) => a -> Int
- Diagrams.Core.Transform: dropTransl :: AdditiveGroup v => Transformation v -> Transformation v
+ Diagrams.Core.Transform: dropTransl :: (Additive v, Num n) => Transformation v n -> Transformation v n
- Diagrams.Core.Transform: fromLinear :: AdditiveGroup v => (v :-: v) -> (v :-: v) -> Transformation v
+ Diagrams.Core.Transform: fromLinear :: (Additive v, Num n) => (v n :-: v n) -> (v n :-: v n) -> Transformation v n
- Diagrams.Core.Transform: inv :: HasLinearMap v => Transformation v -> Transformation v
+ Diagrams.Core.Transform: inv :: (Functor v, Num n) => Transformation v n -> Transformation v n
- Diagrams.Core.Transform: lapp :: (VectorSpace v, Scalar u ~ Scalar v, HasLinearMap u) => (u :-: v) -> u -> v
+ Diagrams.Core.Transform: lapp :: (u :-: v) -> u -> v
- Diagrams.Core.Transform: listRep :: HasLinearMap v => v -> [Scalar v]
+ Diagrams.Core.Transform: listRep :: Foldable v => v n -> [n]
- Diagrams.Core.Transform: matrixHomRep :: HasLinearMap v => Transformation v -> [[Scalar v]]
+ Diagrams.Core.Transform: matrixHomRep :: (Additive v, Traversable v, Num n) => Transformation v n -> [[n]]
- Diagrams.Core.Transform: matrixRep :: HasLinearMap v => Transformation v -> [[Scalar v]]
+ Diagrams.Core.Transform: matrixRep :: (Additive v, Traversable v, Num n) => Transformation v n -> [[n]]
- Diagrams.Core.Transform: onBasis :: HasLinearMap v => Transformation v -> ([v], v)
+ Diagrams.Core.Transform: onBasis :: (Additive v, Traversable v, Num n) => Transformation v n -> ([v n], v n)
- Diagrams.Core.Transform: papply :: HasLinearMap v => Transformation v -> Point v -> Point v
+ Diagrams.Core.Transform: papply :: (Additive v, Num n) => Transformation v n -> Point v n -> Point v n
- Diagrams.Core.Transform: scale :: (Transformable t, Fractional (Scalar (V t)), Eq (Scalar (V t))) => Scalar (V t) -> t -> t
+ Diagrams.Core.Transform: scale :: (InSpace v n a, Eq n, Fractional n, Transformable a) => n -> a -> a
- Diagrams.Core.Transform: scaling :: (HasLinearMap v, Fractional (Scalar v)) => Scalar v -> Transformation v
+ Diagrams.Core.Transform: scaling :: (Additive v, Fractional n) => n -> Transformation v n
- Diagrams.Core.Transform: transform :: Transformable t => Transformation (V t) -> t -> t
+ Diagrams.Core.Transform: transform :: Transformable t => Transformation (V t) (N t) -> t -> t
- Diagrams.Core.Transform: transl :: Transformation v -> v
+ Diagrams.Core.Transform: transl :: Transformation v n -> v n
- Diagrams.Core.Transform: translate :: (Transformable t, HasLinearMap (V t)) => V t -> t -> t
+ Diagrams.Core.Transform: translate :: (Num (N t), Transformable t) => Vn t -> t -> t
- Diagrams.Core.Transform: translation :: HasLinearMap v => v -> Transformation v
+ Diagrams.Core.Transform: translation :: v n -> Transformation v n
- Diagrams.Core.Transform: transp :: Transformation v -> (v :-: v)
+ Diagrams.Core.Transform: transp :: Transformation v n -> (v n :-: v n)
- Diagrams.Core.Types: DAnnot :: a -> DNode b v a
+ Diagrams.Core.Types: DAnnot :: a -> DNode b v n a
- Diagrams.Core.Types: DDelay :: DNode b v a
+ Diagrams.Core.Types: DDelay :: DNode b v n a
- Diagrams.Core.Types: DEmpty :: DNode b v a
+ Diagrams.Core.Types: DEmpty :: DNode b v n a
- Diagrams.Core.Types: DPrim :: (Prim b v) -> DNode b v a
+ Diagrams.Core.Types: DPrim :: (Prim b v n) -> DNode b v n a
- Diagrams.Core.Types: DStyle :: (Style v) -> DNode b v a
+ Diagrams.Core.Types: DStyle :: (Style v n) -> DNode b v n a
- Diagrams.Core.Types: DTransform :: (Transformation v) -> DNode b v a
+ Diagrams.Core.Types: DTransform :: (Transformation v n) -> DNode b v n a
- Diagrams.Core.Types: DelayedLeaf :: (DownAnnots v -> Scalar v -> Scalar v -> QDiagram b v m) -> QDiaLeaf b v m
+ Diagrams.Core.Types: DelayedLeaf :: (DownAnnots v n -> n -> n -> QDiagram b v n m) -> QDiaLeaf b v n m
- Diagrams.Core.Types: Prim :: p -> Prim b (V p)
+ Diagrams.Core.Types: Prim :: p -> Prim b (V p) (N p)
- Diagrams.Core.Types: PrimLeaf :: (Prim b v) -> QDiaLeaf b v m
+ Diagrams.Core.Types: PrimLeaf :: (Prim b v n) -> QDiaLeaf b v n m
- Diagrams.Core.Types: QD :: (DUALTree (DownAnnots v) (UpAnnots b v m) Annotation (QDiaLeaf b v m)) -> QDiagram b v m
+ Diagrams.Core.Types: QD :: (DUALTree (DownAnnots v n) (UpAnnots b v n m) Annotation (QDiaLeaf b v n m)) -> QDiagram b v n m
- Diagrams.Core.Types: RAnnot :: a -> RNode b v a
+ Diagrams.Core.Types: RAnnot :: a -> RNode b v n a
- Diagrams.Core.Types: REmpty :: RNode b v a
+ Diagrams.Core.Types: REmpty :: RNode b v n a
- Diagrams.Core.Types: RPrim :: (Prim b v) -> RNode b v a
+ Diagrams.Core.Types: RPrim :: (Prim b v n) -> RNode b v n a
- Diagrams.Core.Types: RStyle :: (Style v) -> RNode b v a
+ Diagrams.Core.Types: RStyle :: (Style v n) -> RNode b v n a
- Diagrams.Core.Types: SubMap :: (Map Name [Subdiagram b v m]) -> SubMap b v m
+ Diagrams.Core.Types: SubMap :: (Map Name [Subdiagram b v n m]) -> SubMap b v n m
- Diagrams.Core.Types: Subdiagram :: (QDiagram b v m) -> (DownAnnots v) -> Subdiagram b v m
+ Diagrams.Core.Types: Subdiagram :: (QDiagram b v n m) -> (DownAnnots v n) -> Subdiagram b v n m
- Diagrams.Core.Types: adjustDia :: (Backend b v, Monoid' m, Num (Scalar v)) => b -> Options b v -> QDiagram b v m -> (Options b v, Transformation v, QDiagram b v m)
+ Diagrams.Core.Types: adjustDia :: (Backend b v n, Additive v, Monoid' m, Num n) => b -> Options b v n -> QDiagram b v n m -> (Options b v n, Transformation v n, QDiagram b v n m)
- Diagrams.Core.Types: applyAnnotation :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => Annotation -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: applyAnnotation :: (Metric v, OrderedField n, Semigroup m) => Annotation -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: atop :: (HasLinearMap v, OrderedField (Scalar v), InnerSpace v, Semigroup m) => QDiagram b v m -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: atop :: (OrderedField n, Metric v, Semigroup m) => QDiagram b v n m -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: class HasLinearMap v => Backend b v where data family Render b v :: * type family Result b v :: * data family Options b v :: * adjustDia _ o d = (o, mempty, d)
+ Diagrams.Core.Types: class Backend b v n where data family Render b v n :: * type family Result b v n :: * data family Options b v n :: * adjustDia _ o d = (o, mempty, d)
- Diagrams.Core.Types: clearValue :: QDiagram b v m -> QDiagram b v Any
+ Diagrams.Core.Types: clearValue :: QDiagram b v n m -> QDiagram b v n Any
- Diagrams.Core.Types: data DNode b v a
+ Diagrams.Core.Types: data DNode b v n a
- Diagrams.Core.Types: data Prim b v
+ Diagrams.Core.Types: data Prim b v n
- Diagrams.Core.Types: data QDiaLeaf b v m
+ Diagrams.Core.Types: data QDiaLeaf b v n m
- Diagrams.Core.Types: data RNode b v a
+ Diagrams.Core.Types: data RNode b v n a
- Diagrams.Core.Types: data Subdiagram b v m
+ Diagrams.Core.Types: data Subdiagram b v n m
- Diagrams.Core.Types: envelope :: (OrderedField (Scalar v), InnerSpace v, HasLinearMap v, Monoid' m) => Lens' (QDiagram b v m) (Envelope v)
+ Diagrams.Core.Types: envelope :: (OrderedField n, Metric v, Monoid' m) => Lens' (QDiagram b v n m) (Envelope v n)
- Diagrams.Core.Types: fromNames :: IsName a => [(a, Subdiagram b v m)] -> SubMap b v m
+ Diagrams.Core.Types: fromNames :: IsName a => [(a, Subdiagram b v n m)] -> SubMap b v n m
- Diagrams.Core.Types: getSub :: (HasLinearMap v, InnerSpace v, Floating (Scalar v), Ord (Scalar v), Semigroup m) => Subdiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: getSub :: (Metric v, OrderedField n, Semigroup m) => Subdiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: href :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => String -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: href :: (Metric v, OrderedField n, Semigroup m) => String -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: localize :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: localize :: (Metric v, OrderedField n, Semigroup m) => QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: location :: HasLinearMap v => Subdiagram b v m -> Point v
+ Diagrams.Core.Types: location :: (Additive v, Num n) => Subdiagram b v n m -> Point v n
- Diagrams.Core.Types: lookupName :: (IsName n, HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => n -> QDiagram b v m -> Maybe (Subdiagram b v m)
+ Diagrams.Core.Types: lookupName :: (IsName nm, Metric v, Semigroup m, OrderedField n) => nm -> QDiagram b v n m -> Maybe (Subdiagram b v n m)
- Diagrams.Core.Types: lookupSub :: IsName n => n -> SubMap b v m -> Maybe [Subdiagram b v m]
+ Diagrams.Core.Types: lookupSub :: IsName nm => nm -> SubMap b v n m -> Maybe [Subdiagram b v n m]
- Diagrams.Core.Types: mkQD :: Prim b v -> Envelope v -> Trace v -> SubMap b v m -> Query v m -> QDiagram b v m
+ Diagrams.Core.Types: mkQD :: Prim b v n -> Envelope v n -> Trace v n -> SubMap b v n m -> Query v n m -> QDiagram b v n m
- Diagrams.Core.Types: mkQD' :: QDiaLeaf b v m -> Envelope v -> Trace v -> SubMap b v m -> Query v m -> QDiagram b v m
+ Diagrams.Core.Types: mkQD' :: QDiaLeaf b v n m -> Envelope v n -> Trace v n -> SubMap b v n m -> Query v n m -> QDiagram b v n m
- Diagrams.Core.Types: mkSubdiagram :: QDiagram b v m -> Subdiagram b v m
+ Diagrams.Core.Types: mkSubdiagram :: QDiagram b v n m -> Subdiagram b v n m
- Diagrams.Core.Types: nameSub :: (IsName n, HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => (QDiagram b v m -> Subdiagram b v m) -> n -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: nameSub :: (IsName nm, Metric v, OrderedField n, Semigroup m) => (QDiagram b v n m -> Subdiagram b v n m) -> nm -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: names :: (HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => QDiagram b v m -> [(Name, [Point v])]
+ Diagrams.Core.Types: names :: (Metric v, Semigroup m, OrderedField n) => QDiagram b v n m -> [(Name, [Point v n])]
- Diagrams.Core.Types: newtype QDiagram b v m
+ Diagrams.Core.Types: newtype QDiagram b v n m
- Diagrams.Core.Types: newtype SubMap b v m
+ Diagrams.Core.Types: newtype SubMap b v n m
- Diagrams.Core.Types: pointDiagram :: (Fractional (Scalar v), InnerSpace v) => Point v -> QDiagram b v m
+ Diagrams.Core.Types: pointDiagram :: (Metric v, Fractional n) => Point v n -> QDiagram b v n m
- Diagrams.Core.Types: query :: Monoid m => QDiagram b v m -> Query v m
+ Diagrams.Core.Types: query :: Monoid m => QDiagram b v n m -> Query v n m
- Diagrams.Core.Types: rawSub :: Subdiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: rawSub :: Subdiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: rememberAs :: IsName a => a -> QDiagram b v m -> SubMap b v m -> SubMap b v m
+ Diagrams.Core.Types: rememberAs :: IsName a => a -> QDiagram b v n m -> SubMap b v n m -> SubMap b v n m
- Diagrams.Core.Types: render :: Renderable t b => b -> t -> Render b (V t)
+ Diagrams.Core.Types: render :: Renderable t b => b -> t -> Render b (V t) (N t)
- Diagrams.Core.Types: renderRTree :: Backend b v => b -> Options b v -> RTree b v Annotation -> Result b v
+ Diagrams.Core.Types: renderRTree :: Backend b v n => b -> Options b v n -> RTree b v n Annotation -> Result b v n
- Diagrams.Core.Types: resetValue :: (Eq m, Monoid m) => QDiagram b v m -> QDiagram b v Any
+ Diagrams.Core.Types: resetValue :: (Eq m, Monoid m) => QDiagram b v n m -> QDiagram b v n Any
- Diagrams.Core.Types: sample :: Monoid m => QDiagram b v m -> Point v -> m
+ Diagrams.Core.Types: sample :: Monoid m => QDiagram b v n m -> Point v n -> m
- Diagrams.Core.Types: setEnvelope :: (OrderedField (Scalar v), InnerSpace v, HasLinearMap v, Monoid' m) => Envelope v -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: setEnvelope :: (OrderedField n, Metric v, Monoid' m) => Envelope v n -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: setTrace :: (OrderedField (Scalar v), InnerSpace v, HasLinearMap v, Semigroup m) => Trace v -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: setTrace :: (OrderedField n, Metric v, Semigroup m) => Trace v n -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: subMap :: (HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => Lens' (QDiagram b v m) (SubMap b v m)
+ Diagrams.Core.Types: subMap :: (Metric v, Semigroup m, OrderedField n) => Lens' (QDiagram b v n m) (SubMap b v n m)
- Diagrams.Core.Types: subPoint :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => Point v -> Subdiagram b v m
+ Diagrams.Core.Types: subPoint :: (Metric v, OrderedField n, Semigroup m) => Point v n -> Subdiagram b v n m
- Diagrams.Core.Types: trace :: (InnerSpace v, HasLinearMap v, OrderedField (Scalar v), Semigroup m) => Lens' (QDiagram b v m) (Trace v)
+ Diagrams.Core.Types: trace :: (Metric v, OrderedField n, Semigroup m) => Lens' (QDiagram b v n m) (Trace v n)
- Diagrams.Core.Types: transfFromAnnot :: HasLinearMap v => DownAnnots v -> Transformation v
+ Diagrams.Core.Types: transfFromAnnot :: (Additive v, Num n) => DownAnnots v n -> Transformation v n
- Diagrams.Core.Types: transfToAnnot :: Transformation v -> DownAnnots v
+ Diagrams.Core.Types: transfToAnnot :: Transformation v n -> DownAnnots v n
- Diagrams.Core.Types: type D v = Diagram NullBackend v
+ Diagrams.Core.Types: type D v n = QDiagram NullBackend v n Any
- Diagrams.Core.Types: type DTree b v a = Tree (DNode b v a)
+ Diagrams.Core.Types: type DTree b v n a = Tree (DNode b v n a)
- Diagrams.Core.Types: type Diagram b v = QDiagram b v Any
+ Diagrams.Core.Types: type Diagram b = QDiagram b (V b) (N b) Any
- Diagrams.Core.Types: type DownAnnots v = (Transformation v :+: Style v) ::: (Name ::: ())
+ Diagrams.Core.Types: type DownAnnots v n = (Transformation v n :+: Style v n) ::: (Name ::: ())
- Diagrams.Core.Types: type RTree b v a = Tree (RNode b v a)
+ Diagrams.Core.Types: type RTree b v n a = Tree (RNode b v n a)
- Diagrams.Core.Types: type UpAnnots b v m = Deletable (Envelope v) ::: (Deletable (Trace v) ::: (Deletable (SubMap b v m) ::: (Query v m ::: ())))
+ Diagrams.Core.Types: type UpAnnots b v n m = Deletable (Envelope v n) ::: (Deletable (Trace v n) ::: (Deletable (SubMap b v n m) ::: (Query v n m ::: ())))
- Diagrams.Core.Types: value :: Monoid m => m -> QDiagram b v Any -> QDiagram b v m
+ Diagrams.Core.Types: value :: Monoid m => m -> QDiagram b v n Any -> QDiagram b v n m
- Diagrams.Core.Types: withName :: (IsName n, HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => n -> (Subdiagram b v m -> QDiagram b v m -> QDiagram b v m) -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: withName :: (IsName nm, Metric v, Semigroup m, OrderedField n) => nm -> (Subdiagram b v n m -> QDiagram b v n m -> QDiagram b v n m) -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: withNameAll :: (IsName n, HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => n -> ([Subdiagram b v m] -> QDiagram b v m -> QDiagram b v m) -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: withNameAll :: (IsName nm, Metric v, Semigroup m, OrderedField n) => nm -> ([Subdiagram b v n m] -> QDiagram b v n m -> QDiagram b v n m) -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: withNames :: (IsName n, HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) => [n] -> ([Subdiagram b v m] -> QDiagram b v m -> QDiagram b v m) -> QDiagram b v m -> QDiagram b v m
+ Diagrams.Core.Types: withNames :: (IsName nm, Metric v, Semigroup m, OrderedField n) => [nm] -> ([Subdiagram b v n m] -> QDiagram b v n m -> QDiagram b v n m) -> QDiagram b v n m -> QDiagram b v n m
- Diagrams.Core.Types: withQDiaLeaf :: (Prim b v -> r) -> ((DownAnnots v -> Scalar v -> Scalar v -> QDiagram b v m) -> r) -> (QDiaLeaf b v m -> r)
+ Diagrams.Core.Types: withQDiaLeaf :: (Prim b v n -> r) -> ((DownAnnots v n -> n -> n -> QDiagram b v n m) -> r) -> QDiaLeaf b v n m -> r
Files
- CHANGELOG.md +618/−0
- CHANGES.markdown +0/−407
- LICENSE +2/−1
- README.markdown +1/−1
- diagrams-core.cabal +14/−12
- diagrams/src_Diagrams_Core_Trace_maxRayTracePEx.svg +1/−2
- diagrams/src_Diagrams_Core_Trace_maxRayTraceVEx.svg +1/−2
- diagrams/src_Diagrams_Core_Trace_maxTracePEx.svg +1/−2
- diagrams/src_Diagrams_Core_Trace_maxTraceVEx.svg +1/−2
- diagrams/src_Diagrams_Core_Trace_rayTracePEx.svg +1/−2
- diagrams/src_Diagrams_Core_Trace_rayTraceVEx.svg +1/−2
- diagrams/src_Diagrams_Core_Trace_traceEx.svg +1/−2
- diagrams/src_Diagrams_Core_Trace_tracePEx.svg +1/−2
- diagrams/src_Diagrams_Core_Trace_traceVEx.svg +1/−2
- src/Diagrams/Core.hs +55/−41
- src/Diagrams/Core/Compile.hs +32/−66
- src/Diagrams/Core/Envelope.hs +82/−71
- src/Diagrams/Core/HasOrigin.hs +25/−19
- src/Diagrams/Core/Juxtapose.hs +22/−15
- src/Diagrams/Core/Measure.hs +137/−0
- src/Diagrams/Core/Names.hs +46/−32
- src/Diagrams/Core/Points.hs +31/−16
- src/Diagrams/Core/Query.hs +25/−26
- src/Diagrams/Core/Style.hs +238/−153
- src/Diagrams/Core/Trace.hs +55/−53
- src/Diagrams/Core/Transform.hs +125/−113
- src/Diagrams/Core/Types.hs +312/−352
- src/Diagrams/Core/V.hs +53/−18
+ CHANGELOG.md view
@@ -0,0 +1,618 @@+# Change Log++## [v1.3](https://github.com/diagrams/diagrams-core/tree/v1.3) (2015-04-19)++* **New features**++ - Update for ghc-7.10.++ - Switch from `vector-space` to `linear` for linear algebra.++ - `OpacityGroup` annotation for setting the opacity of diagrams as+ a group. Opacity groups can be applied with the `opacityGroup` or+ `groupOpacity` functions.++ - Added `atAttr`, `atMAttr` and `atTAttr` lenses onto the attributes+ of styles.++ - `InSpace` and `SameSpace` synonyms.++ - `size` function for computing the range of an enveloped object in+ the basis vectors.++ - "Grouping" for transparent things [\#21](https://github.com/diagrams/diagrams-core/issues/21)++* **Dependency/version changes**++ - Allow `base-4.8`+ - Allow `lens-4.9`++* **New instances**++ - `Show` instances for `Attribute` and `Style`.+ - `Each`, `Ixed` and `At` instances for and `Style`.++* **API changes**++ - `Measure` has a new internal representation. `Local`, `Global`,+ `Normalized`, and `Output` have been renamed to `local`, `global`,+ `normalized` and `output` respectivly. `Measure` is now defined in+ `Diagrams.Core.Measure`.++ - `GTAttribute` has been removed. `MAttribute` now holds measured+ attributes and no longer requires a `Data` instance.++ - `V` is now a `* -> *` kind type family.++ - New type family `N` for the number type of an object, `Scalar`+ type family no longer exists.++ - `(|>)` has moved to `(.>>)` to make room for lens's snoc operator.++ - `Style`'s internal representation now uses a hashmap of the+ `TypeRep`.+ +**Merged pull requests:**++- Pre 1.3 [\#82](https://github.com/diagrams/diagrams-core/pull/82) ([cchalmers](https://github.com/cchalmers))++- update for GHC-7.10, -Wall [\#81](https://github.com/diagrams/diagrams-core/pull/81) ([bergey](https://github.com/bergey))++- Style lenses [\#80](https://github.com/diagrams/diagrams-core/pull/80) ([cchalmers](https://github.com/cchalmers))++- Add isReflection [\#79](https://github.com/diagrams/diagrams-core/pull/79) ([byorgey](https://github.com/byorgey))++- Linear update [\#77](https://github.com/diagrams/diagrams-core/pull/77) ([cchalmers](https://github.com/cchalmers))++- Bump lens upper version bounds [\#74](https://github.com/diagrams/diagrams-core/pull/74) ([RyanGlScott](https://github.com/RyanGlScott))++- Add Diagram B synonym for Diagram b v n [\#73](https://github.com/diagrams/diagrams-core/pull/73) ([jeffreyrosenbluth](https://github.com/jeffreyrosenbluth))++- New stuff [\#72](https://github.com/diagrams/diagrams-core/pull/72) ([cchalmers](https://github.com/cchalmers))++- Linear [\#71](https://github.com/diagrams/diagrams-core/pull/71) ([cchalmers](https://github.com/cchalmers))++- Bump linear upper version bounds [\#75](https://github.com/diagrams/diagrams-core/pull/75) ([RyanGlScott](https://github.com/RyanGlScott))++- Change Measure back to not using Scalar v [\#65](https://github.com/diagrams/diagrams-core/pull/65) ([Mathnerd314](https://github.com/Mathnerd314))++- Remove gratuitous Data constraints [\#69](https://github.com/diagrams/diagrams-core/pull/69) ([Mathnerd314](https://github.com/Mathnerd314))++## [v1.2.0.6](https://github.com/diagrams/diagrams-core/tree/v1.2.0.6) (2015-04-03)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.2.0.5...v1.2.0.6)++**Closed issues:**++- Please add support for recent versions of vector-space [\#78](https://github.com/diagrams/diagrams-core/issues/78)++## [v1.2.0.5](https://github.com/diagrams/diagrams-core/tree/v1.2.0.5) (2015-01-13)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.2.0.4...v1.2.0.5)++## [v1.2.0.4](https://github.com/diagrams/diagrams-core/tree/v1.2.0.4) (2014-12-04)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.2.0.3...v1.2.0.4)++## [v1.2.0.3](https://github.com/diagrams/diagrams-core/tree/v1.2.0.3) (2014-11-17)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.2.0.2...v1.2.0.3)++## [v1.2.0.2](https://github.com/diagrams/diagrams-core/tree/v1.2.0.2) (2014-08-22)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.2.0.1...v1.2.0.2)++**Closed issues:**++- Warn against GND for IsName [\#67](https://github.com/diagrams/diagrams-core/issues/67)++## [v1.2.0.1](https://github.com/diagrams/diagrams-core/tree/v1.2.0.1) (2014-06-04)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.2...v1.2.0.1)++**Merged pull requests:**++- Propogate transformations into the terms of Measure [\#66](https://github.com/diagrams/diagrams-core/pull/66) ([bergey](https://github.com/bergey))++## [v1.2](https://github.com/diagrams/diagrams-core/tree/v1.2) (2014-06-02)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.1...v1.2)++* **New features**++ - New function `matrixHomRep` to convert a transformation to a+ homogeneous matrix representation.++ - New function `dropTransl` to drop the translation component+ from a transformation.++ - A mini-DSL for Measures.++ - New `extent` function, used in `diameter`.++ - New `dimension` function to return the dimension of a vector space.++ - New `_relative` iso between points and vectors.++ - `avgScale` function (for computing the average scaling factor of+ a transformation) has been moved from `diagrams-lib` to+ `diagrams-core` and generalized to work over any vector space.++* **Dependency/version changes**++ - Allow `semigroups-0.15`+ - Allow `lens-4.2`++* **API changes**++ - Major refactoring which removes `freeze` (and hence `Split` transforms,+ etc.) and adds units of `Measure`.++ - Refactoring and simplification of the `Backend` class.++ - Remove `Multibackend`.++ - Remove `nullPrim`, `IsPrim` and simplify `RPrim` so that it does not+ carry a transformation.++ - Update `adjustDia` to return a transformation, not just a scale factor.+ Add `renderDiaT` which returns a transformation (for use by end+ users, e.g. to convert output coordinates back into local coordinates).+ +**Implemented enhancements:**++- Extracting things from Prim wrappers [\#42](https://github.com/diagrams/diagrams-core/issues/42)++**Closed issues:**++- Incomplete comment on Backend class [\#64](https://github.com/diagrams/diagrams-core/issues/64)++- Please add support for Lens 4.x [\#56](https://github.com/diagrams/diagrams-core/issues/56)++**Merged pull requests:**++- A mini-DSL for Measures. [\#61](https://github.com/diagrams/diagrams-core/pull/61) ([byorgey](https://github.com/byorgey))++- Clean-slate redesign/simplification of `Backend` class [\#60](https://github.com/diagrams/diagrams-core/pull/60) ([byorgey](https://github.com/byorgey))++- Rework units [\#59](https://github.com/diagrams/diagrams-core/pull/59) ([byorgey](https://github.com/byorgey))++- Avg scale [\#58](https://github.com/diagrams/diagrams-core/pull/58) ([jeffreyrosenbluth](https://github.com/jeffreyrosenbluth))++- Preliminary implementation of Measure [\#55](https://github.com/diagrams/diagrams-core/pull/55) ([jeffreyrosenbluth](https://github.com/jeffreyrosenbluth))++- No mco [\#62](https://github.com/diagrams/diagrams-core/pull/62) ([jeffreyrosenbluth](https://github.com/jeffreyrosenbluth))++## [v1.1](https://github.com/diagrams/diagrams-core/tree/v1.1) (2014-03-09)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.0.0.1...v1.1)++* **New features**++ - New `basis` function+ - New `determinant` function for computing the determinant of a+ `Transformation`+ - Add `Typeable` constraint on `Prim`s, making it possible to+ extract things back out of a `Prim` wrapper using `cast`+ - Raw `Trace`s now return a *sorted list* of intersections,+ instead of only the smallest. This is used to implement a new+ family of functions `rayTraceV`, `rayTraceP`, `maxRayTraceV`,+ `maxRayTraceP`, which work similarly to the parallel versions+ without `Ray`, but return the first intersection in the+ *positive* direction from the given point, rather than the+ smallest in absolute terms.+ - New `Annotation` type and corresponding `applyAnnotation`+ function, for attaching uninterpreted annotations at specific+ points in a diagram tree. Currently this is used for+ hyperlinks; more annotation types will be added in the future.++* **Dependency/version changes**++ - Require `lens-4.0`+ - Allow `vector-space-points-0.2`++* **Bug fixes**++ - Looking up a subdiagram by name now results in a diagram which+ still has that name (#43)+ +**Closed issues:**++- Named subdiagrams lose their names after being looked up [\#43](https://github.com/diagrams/diagrams-core/issues/43)++**Merged pull requests:**++- Hyperlinks [\#57](https://github.com/diagrams/diagrams-core/pull/57) ([tdox](https://github.com/tdox))++- Added `basis`, simplified `onBasis` [\#54](https://github.com/diagrams/diagrams-core/pull/54) ([jeffreyrosenbluth](https://github.com/jeffreyrosenbluth))++- Determinants [\#53](https://github.com/diagrams/diagrams-core/pull/53) ([jeffreyrosenbluth](https://github.com/jeffreyrosenbluth))++- Introduce Typeable constraint on Prims \(see \#42\) [\#52](https://github.com/diagrams/diagrams-core/pull/52) ([byorgey](https://github.com/byorgey))++- Update Wrapped instances for lens-4.0 [\#51](https://github.com/diagrams/diagrams-core/pull/51) ([bergey](https://github.com/bergey))++- return list of traces [\#48](https://github.com/diagrams/diagrams-core/pull/48) ([jeffreyrosenbluth](https://github.com/jeffreyrosenbluth))++- Projections rebase [\#50](https://github.com/diagrams/diagrams-core/pull/50) ([bergey](https://github.com/bergey))++## [v1.0.0.1](https://github.com/diagrams/diagrams-core/tree/v1.0.0.1) (2013-11-28)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v1.0...v1.0.0.1)++## [v1.0](https://github.com/diagrams/diagrams-core/tree/v1.0) (2013-11-25)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v0.7.0.1...v1.0)++* **New features**++ * Delayed subtrees: instead of a primitive, one can now also have+ a delayed subtree at a leaf, containing a continuation which+ generates a `QDiagram` when given the accumulated d-annotation+ at that point in the tree. Useful for things which need to know+ the final transformation applied to them before deciding what+ diagram to generate. The prototypical use case is arrows: see+ https://github.com/diagrams/diagrams-lib/issues/112 . However,+ this may be useful for other things as well: for example,+ diagrams which scale normally until hitting some maximum or+ minimum size, at which point they refuse to scale any further+ (or more generally diagrams which scale as some non-linear+ function of the transformation applied to them).++ The only downside is that the u-annotation must be fixed ahead+ of time---doing otherwise requires a more general solution for+ constraint solving.++ * New function `lookupName` for doing a simple lookup of a named+ subdiagram++ * New module `Diagrams.Core.Compile`, containing a framework for+ compiling `QDiagrams` into a simpler tree type `RTree`, which+ may be used by backends for rendering.++* **New instances**++ * `Qualifiable` instances for `(,)`, `(,,)`, `[]`, `Set`, `Map k`,+ and `(->) e`.++ * `(->) e` instance for `Juxtaposable` (thanks to Carlos Scheidegger)++* **API changes**++ * Export `pointDiagram` function, which creates an otherwise empty+ diagram with a point (not empty) envelope++ * A bunch of stuff now uses machinery from the `lens` library.+ * `envelope`, `trace`, and `subMap` are now `Lens'`es+ * `Wrapped` instances for `Trace`, `TransInv`, `QDiagram`,+ `SubMap`, `Envelope`, `Style`, `Query`, and `Name` (replaces+ `Newtype` instances)+ * `Iso`s for `Query`, `Envelope`, `QDiagram`, `SubMap`, `TransInv`+ +**Implemented enhancements:**++- Tree structure in Backends [\#19](https://github.com/diagrams/diagrams-core/issues/19)++**Merged pull requests:**++- Delayed subtrees [\#47](https://github.com/diagrams/diagrams-core/pull/47) ([byorgey](https://github.com/byorgey))++- Trees for backends [\#46](https://github.com/diagrams/diagrams-core/pull/46) ([byorgey](https://github.com/byorgey))++- add b-\>a instance for Juxtaposable [\#45](https://github.com/diagrams/diagrams-core/pull/45) ([cscheid](https://github.com/cscheid))++- Lens [\#44](https://github.com/diagrams/diagrams-core/pull/44) ([jeffreyrosenbluth](https://github.com/jeffreyrosenbluth))++## [v0.7.0.1](https://github.com/diagrams/diagrams-core/tree/v0.7.0.1) (2013-09-27)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v0.7...v0.7.0.1)++**Merged pull requests:**++- Add lookupName function. [\#41](https://github.com/diagrams/diagrams-core/pull/41) ([cmears](https://github.com/cmears))++## [v0.7](https://github.com/diagrams/diagrams-core/tree/v0.7) (2013-08-09)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v0.6.0.2...v0.7)++* **New features**++ - new function `onBasis`, to extract the matrix equivalent of a `Transformation`+ - `SubMap`s are now `Deletable`+ - new function `localize` for hiding/deleting names from scope+ - new `IsPrim` class, containing `transformWithFreeze` function.+ This is primarily intended to support scale-invariant primitives+ (*e.g.* arrowheads) but may be useful for other stuff as well.+ The default implementation of `renderDia` now uses+ `transformWithFreeze`.+ - optimized `Transformable` instance for `TransInv`++* **New instances**++ - `Eq`, `Ord`, `Enveloped`, `Traced`, and `Qualifiable` instances+ for `TransInv`++ - `Transformable` instance for functions, which acts by conjugation++* **API changes**++ - `named` and `namePoint` have moved to the `diagrams-lib` package.++* **Dependency/version changes**++ - allow `base-4.7`+ - upgrade to `monoid-extras-0.3`+ +**Implemented enhancements:**++- Function to extract matrix coefficients from a Transformation [\#22](https://github.com/diagrams/diagrams-core/issues/22)++**Closed issues:**++- Support for monoid-extras-0.3.0.0 [\#38](https://github.com/diagrams/diagrams-core/issues/38)++**Merged pull requests:**++- New IsPrim class for supporting ScaleInv [\#37](https://github.com/diagrams/diagrams-core/pull/37) ([byorgey](https://github.com/byorgey))++- onBasis gets the matrix equivalent of the Transformation [\#36](https://github.com/diagrams/diagrams-core/pull/36) ([bergey](https://github.com/bergey))++## [v0.6.0.2](https://github.com/diagrams/diagrams-core/tree/v0.6.0.2) (2013-03-06)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v0.6.0.1...v0.6.0.2)++**Fixed bugs:**++- radius is wrong [\#35](https://github.com/diagrams/diagrams-core/issues/35)++**Merged pull requests:**++- make SubMaps deletable, and add a new function 'localize' for hiding/deleting names [\#34](https://github.com/diagrams/diagrams-core/pull/34) ([byorgey](https://github.com/byorgey))++## [v0.6.0.1](https://github.com/diagrams/diagrams-core/tree/v0.6.0.1) (2013-01-07)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v0.6...v0.6.0.1)++**Fixed bugs:**++- "type instance V \(Point v\) = v" is not visible without explicit import. [\#17](https://github.com/diagrams/diagrams-core/issues/17)++**Merged pull requests:**++- Transformable instance for functions \(by conjugation\) [\#32](https://github.com/diagrams/diagrams-core/pull/32) ([conal](https://github.com/conal))++## [v0.6](https://github.com/diagrams/diagrams-core/tree/v0.6) (2012-12-12)++[Full Changelog](https://github.com/diagrams/diagrams-core/compare/v0.5...v0.6)++* **New features**++ - Proper support for subdiagrams: previous versions of+ diagrams-core had a mechanism for associating names with a pair+ of a location and an envelope. Now, names are associated with+ actual subdiagrams (including their location and envelope, along+ with all the other information stored by a diagram).++ See+ [`Diagrams.Core.Types`](https://github.com/diagrams/diagrams-core/blob/27b275f45cad514caefcd3035e4e261f1b4adf6f/src/Diagrams/Core/Types.hs#L493).++ - Traces: in addition to an envelope, each diagram now stores a+ "trace", which is like an embedded raytracer: given any ray+ (represented by a base point and a vector), the trace computes+ the closest point of intersection with the diagram along the+ ray. This is useful for determining points on the boundary of a+ diagram, *e.g.* when drawing arrows between diagrams.++ See [`Diagrams.Core.Trace`](https://github.com/diagrams/diagrams-core/blob/2f8727fdfa60cdf46456a23f358c8a771b2cd90d/src/Diagrams/Core/Trace.hs).++* **API changes**++ - The modules have all been renamed to be more consistent with the+ module naming scheme in the rest of the diagrams universe. In+ particular:++ `Graphics.Rendering.Diagrams` --> `Diagrams.Core`+ `Grahpics.Rendering.Diagrams.Core` --> `Diagrams.Core.Types`+ `Graphics.Rendering.Diagrams.*` --> `Diagrams.Core.*`++ - `Graphics.Rendering.Diagrams.UDTree` has been split out into a+ separate+ [`dual-tree`](http://hackage.haskell.org/package/dual%2Dtree)+ package (which has also been substantially rewritten).++ - `Graphics.Rendering.Diagrams.{Monoids,MList}` have been split+ out into a separate [`monoid-extras`](http://hackage.haskell.org/package/monoid%2Dextras) package.++ - The `names` function now returns a list of names and their+ associated locations, instead of the associated subdiagrams. In+ particular the output is suitable to be rendered to a `String`+ using `show`.++ - The new `subMap` function fills a similar role that `names` used+ to play, returning the entire mapping from names to subdiagrams.++ - New functions `envelope[VP]May`++ `envelopeV` and `envelopeP` return the zero vector and origin,+ respectively, when called on an empty envelope. However,+ sometimes it's useful to actually know whether the envelope was+ empty or not (the zero vector and the origin are legitimate+ outputs from non-empty envelopes). The new functions have their+ return type wrapped in `Maybe` for this purpose.++ - New functions `envelopeS` and `envelopeSMay`++ Like `envelope[VP](May)`, but returning a scalar multiple of+ the input vector.++ - The `Graphics.Rendering.Diagrams.Util` module has been removed,+ along with the `withLength` function. Calls to `withLength` can+ be replaced using++ `withLength s v = s *^ normalized v`++ - Add needed constraints `(InnerSpace v, OrderedField (Scalar v),+ Monoid' m)` to the type of the `renderDias` method in the+ `MultiBackend` class.++ - Generalized `Transformable` instances for pairs and tuples++ Previously, the components of the tuples were required to have+ the same type; but everything still works as long as they all+ share the same vector space. This is actually useful in+ practice: say, if we wanted to pair a diagram with a path and+ then apply the same transformation to both.++* **Improvements**++ - More efficient implementation of `diameter`++* **Dependency/version changes**++ - Tested with GHC 7.6.1+ - allow `base-4.6`+ - allow `containers-0.5.*`+ - allow `MemoTrie-0.6.1`++* **Bug fixes**++ - juxtaposeDefault now correctly handles empty envelopes (#37)++ `juxtaposeDefault` is now the identity on the second object if+ either one has an empty envelope. In particular this means that+ `mempty` is now an identity element for `beside` and friends.+ +**Implemented enhancements:**++- Turn R2 into D2 \(Generalize R2 to any numeric type\) [\#20](https://github.com/diagrams/diagrams-core/issues/20)++- Terminology: rename "bounding function" -\> "envelope"; "boundary function" -\> "boundary" [\#16](https://github.com/diagrams/diagrams-core/issues/16)++- Refactor: rename AnnDiagram to QDiagram [\#15](https://github.com/diagrams/diagrams-core/issues/15)++- Combine \(point, bounds\) pairs stored in NameMap into a single "located bounding function" data structure [\#14](https://github.com/diagrams/diagrams-core/issues/14)++- Remember more structure when building diagrams [\#12](https://github.com/diagrams/diagrams-core/issues/12)++- Diagram-building service library + executable [\#7](https://github.com/diagrams/diagrams-core/issues/7)++**Fixed bugs:**++- setBounds is incorrect -- throws away bounds of subsequent diagrams too [\#13](https://github.com/diagrams/diagrams-core/issues/13)++- Start developing test suites [\#10](https://github.com/diagrams/diagrams-core/issues/10)++- Freezing does not appear to work with the SVG backend [\#9](https://github.com/diagrams/diagrams-core/issues/9)++- Silent failure on other image types than .png [\#6](https://github.com/diagrams/diagrams-core/issues/6)++- Tutorial contains links to old version of package [\#5](https://github.com/diagrams/diagrams-core/issues/5)++- space is not left for empty diagram when using e.g. hcat' with {sep = ... } [\#3](https://github.com/diagrams/diagrams-core/issues/3)++- Ellipse rotated incorrectly in test file with ellipse next to a square [\#2](https://github.com/diagrams/diagrams-core/issues/2)++**Closed issues:**++- Rename core modules to remove Graphics.Rendering prefix. [\#28](https://github.com/diagrams/diagrams-core/issues/28)++- Improve haddock documentation [\#11](https://github.com/diagrams/diagrams-core/issues/11)++- Improve description of Envelope in Haddock documentation [\#1](https://github.com/diagrams/diagrams-core/issues/1)++**Merged pull requests:**++- Add envelopeS / envelopeSMay for querying scalar displacements from envelopes [\#31](https://github.com/diagrams/diagrams-core/pull/31) ([mgsloan](https://github.com/mgsloan))++- Better definition for diameter [\#30](https://github.com/diagrams/diagrams-core/pull/30) ([mgsloan](https://github.com/mgsloan))++- Added needed constraints for MultiBackend. [\#29](https://github.com/diagrams/diagrams-core/pull/29) ([fryguybob](https://github.com/fryguybob))++- Rename `names` to `subMap`, and add new function `names` [\#26](https://github.com/diagrams/diagrams-core/pull/26) ([byorgey](https://github.com/byorgey))++- Fixes to work with rewritten dual-tree [\#25](https://github.com/diagrams/diagrams-core/pull/25) ([byorgey](https://github.com/byorgey))++- Fix for juxtaposeDefault to correctly handle empty envelopes [\#24](https://github.com/diagrams/diagrams-core/pull/24) ([byorgey](https://github.com/byorgey))++- dep bumps - fixes for GHC7.6 [\#23](https://github.com/diagrams/diagrams-core/pull/23) ([mgsloan](https://github.com/mgsloan))++## [v0.5](https://github.com/diagrams/diagrams-core/tree/v0.5) (2012-03-09)++* New features:+ - New `Juxtaposable` class+ - New `NullBackend` and `D` types, for conveniently giving a+ monomorphic type to diagrams when we don't care which one it is.+ - [\#27](http://code.google.com/p/diagrams/issues/detail?id=27): Change type of `adjustDia` to return a new options record+ (with an explicitly filled-in size)++* New instances:+ - `Enveloped`, `HasOrigin`, `Juxtaposable`, `HasStyle`, and `Transformable`+ instances for `Set`s and tuples+ - `V Double = Double`+ - `Juxtaposable` and `Boundable` instances for `Map`++* API changes+ - `AnnDiagram` renamed to `QDiagram`+ - [\#61](http://code.google.com/p/diagrams/issues/detail?id=61): terminology change from "bounds" to "envelope"+ + `boundary` -> `envelopeP`+ + "bounding region" -> "envelope"+ + `Bounds` -> `Envelope`+ + `Boundable` -> `Enveloped`+ + `getBounds` -> `getEnvelope`+ + *etc.*+ - Split out definition of `Point` into separate package+ ([`vector-space-points`](http://hackage.haskell.org/package/vector%2Dspace%2Dpoints))+ - The `Point` constructor `P` is no longer exported from+ `Graphics.Rendering.Diagrams`. See the `Diagrams.TwoD.Types` module+ from `diagrams-lib` for new tools for working with abstract 2D+ points. If you really need the `P` constructor, import+ `Graphics.Rendering.Diagrams.Points`.+ - Name-related functions now return "located bounding functions"+ instead of pairs of points and bounds, to allow for future+ expansion.++* Dependency/version changes:+ - `vector-space` 0.8 is now required.+ - Bump base upper bound to allow 4.5; now tested with GHC 7.4.1.++* Bug fixes:+ - Bug fix related to empty envelopes++0.4: 23 October 2011+--------------------++* improved documentation+* a few new instances (Newtype Point, Boundable Point)+* new functions (value, clearValue, resetValue) for working with+ alternate query monoids++0.3: 18 June 2011+-----------------++* big overhaul of name maps:+ - allow arbitrary types as atomic names+ - carry along bounding functions as well as names in NameMaps+ - additional functions for querying information associated with names+* fix for issue #34 (fix behavior of setBounds)+* Transformable and HasOrigin instances for Transformations++0.2: 3 June 2011+----------------++* bounding regions can now be overridden+* new namePoint function for more flexibly assigning names to arbitrary points+* add HasStyle, Boundable, and HasOrigin instances for lists+* add a "trivial backend"+* transformable attributes++0.1.1: 18 May 2011+------------------++* link to new website++0.1: 17 May 2011+----------------++* initial preview release++\* *This Change Log was automatically generated by (and hand edited) [github_changelog_generator](https://github.com/skywinder/Github-Changelog-Generator)*
− CHANGES.markdown
@@ -1,407 +0,0 @@-1.2.0.6 (2 April 2015)------------------------- - allow `lens-4.9`- - allow `vector-space-0.10`--1.2.0.5 (13 Jan 2015)------------------------- Allow `vector-space-0.9`-- Allow `lens-4.7`--1.2.0.4 (04 Dec 2014)------------------------- Allow `semigroups-0.16`--1.2.0.3 (17 November 2014)------------------------------ Allow `lens-4.6`--1.2.0.2 (22 August 2014)---------------------------- Allow `lens-4.4`--1.2.0.1 (4 June 2014)------------------------- Bug fix: `Measure` values using mini-DSL (`atLeast`, `atMost`,- *etc.*) are now properly transformed--1.2 (27 May 2014)--------------------* **New features**-- - New function `matrixHomRep` to convert a transformation to a- homogeneous matrix representation.-- - New function `dropTransl` to drop the translation component- from a transformation.-- - A mini-DSL for Measures.-- - New `extent` function, used in `diameter`.-- - New `dimension` function to return the dimension of a vector space.-- - New `_relative` iso between points and vectors.-- - `avgScale` function (for computing the average scaling factor of- a transformation) has been moved from `diagrams-lib` to- `diagrams-core` and generalized to work over any vector space.--* **Dependency/version changes**-- - Allow `semigroups-0.15`- - Allow `lens-4.2`--* **API changes**-- - Major refactoring which removes `freeze` (and hence `Split` transforms,- etc.) and adds units of `Measure`.-- - Refactoring and simplification of the `Backend` class.-- - Remove `Multibackend`.-- - Remove `nullPrim`, `IsPrim` and simplify `RPrim` so that it does not- carry a transformation.-- - Update `adjustDia` to return a transformation, not just a scale factor.- Add `renderDiaT` which returns a transformation (for use by end- users, e.g. to convert output coordinates back into local coordinates).--1.1.0.3 (15 May 2014)------------------------- - Allow semigroups-0.14--1.1.0.2 (10 April 2014)------------------------- - Allow semigroups-0.13--1.1.0.1 (19 March 2014)------------------------- - Allow lens-4.1--1.1 (8 March 2014)---------------------* **New features**-- - New `basis` function- - New `determinant` function for computing the determinant of a- `Transformation`- - Add `Typeable` constraint on `Prim`s, making it possible to- extract things back out of a `Prim` wrapper using `cast`- - Raw `Trace`s now return a *sorted list* of intersections,- instead of only the smallest. This is used to implement a new- family of functions `rayTraceV`, `rayTraceP`, `maxRayTraceV`,- `maxRayTraceP`, which work similarly to the parallel versions- without `Ray`, but return the first intersection in the- *positive* direction from the given point, rather than the- smallest in absolute terms.- - New `Annotation` type and corresponding `applyAnnotation`- function, for attaching uninterpreted annotations at specific- points in a diagram tree. Currently this is used for- hyperlinks; more annotation types will be added in the future.--* **Dependency/version changes**-- - Require `lens-4.0`- - Allow `vector-space-points-0.2`--* **Bug fixes**-- - Looking up a subdiagram by name now results in a diagram which- still has that name (#43)--1.0.0.1 (27 November 2013)----------------------------- - Allow semigroups-0.12--1.0 (25 November 2013)-------------------------* **New features**-- * Delayed subtrees: instead of a primitive, one can now also have- a delayed subtree at a leaf, containing a continuation which- generates a `QDiagram` when given the accumulated d-annotation- at that point in the tree. Useful for things which need to know- the final transformation applied to them before deciding what- diagram to generate. The prototypical use case is arrows: see- https://github.com/diagrams/diagrams-lib/issues/112 . However,- this may be useful for other things as well: for example,- diagrams which scale normally until hitting some maximum or- minimum size, at which point they refuse to scale any further- (or more generally diagrams which scale as some non-linear- function of the transformation applied to them).-- The only downside is that the u-annotation must be fixed ahead- of time---doing otherwise requires a more general solution for- constraint solving.-- * New function `lookupName` for doing a simple lookup of a named- subdiagram-- * New module `Diagrams.Core.Compile`, containing a framework for- compiling `QDiagrams` into a simpler tree type `RTree`, which- may be used by backends for rendering.--* **New instances**-- * `Qualifiable` instances for `(,)`, `(,,)`, `[]`, `Set`, `Map k`,- and `(->) e`.-- * `(->) e` instance for `Juxtaposable` (thanks to Carlos Scheidegger)--* **API changes**-- * Export `pointDiagram` function, which creates an otherwise empty- diagram with a point (not empty) envelope-- * A bunch of stuff now uses machinery from the `lens` library.- * `envelope`, `trace`, and `subMap` are now `Lens'`es- * `Wrapped` instances for `Trace`, `TransInv`, `QDiagram`,- `SubMap`, `Envelope`, `Style`, `Query`, and `Name` (replaces- `Newtype` instances)- * `Iso`s for `Query`, `Envelope`, `QDiagram`, `SubMap`, `TransInv`--0.7.0.1 (26 September 2013)------------------------------ allow semigroups-0.11--0.7: 9 August 2013---------------------* **New features**-- - new function `onBasis`, to extract the matrix equivalent of a `Transformation`- - `SubMap`s are now `Deletable`- - new function `localize` for hiding/deleting names from scope- - new `IsPrim` class, containing `transformWithFreeze` function.- This is primarily intended to support scale-invariant primitives- (*e.g.* arrowheads) but may be useful for other stuff as well.- The default implementation of `renderDia` now uses- `transformWithFreeze`.- - optimized `Transformable` instance for `TransInv`--* **New instances**-- - `Eq`, `Ord`, `Enveloped`, `Traced`, and `Qualifiable` instances- for `TransInv`-- - `Transformable` instance for functions, which acts by conjugation--* **API changes**-- - `named` and `namePoint` have moved to the `diagrams-lib` package.--* **Dependency/version changes**-- - allow `base-4.7`- - upgrade to `monoid-extras-0.3`--0.6.0.2: 5 March 2013------------------------* bug fix: the 'diameter' and 'radius' functions now work correctly.--0.6.0.1: 7 January 2013--------------------------* allow `semigroups-0.9`--0.6: 11 December 2012------------------------* **New features**-- - Proper support for subdiagrams: previous versions of- diagrams-core had a mechanism for associating names with a pair- of a location and an envelope. Now, names are associated with- actual subdiagrams (including their location and envelope, along- with all the other information stored by a diagram).-- See- [`Diagrams.Core.Types`](https://github.com/diagrams/diagrams-core/blob/27b275f45cad514caefcd3035e4e261f1b4adf6f/src/Diagrams/Core/Types.hs#L493).-- - Traces: in addition to an envelope, each diagram now stores a- "trace", which is like an embedded raytracer: given any ray- (represented by a base point and a vector), the trace computes- the closest point of intersection with the diagram along the- ray. This is useful for determining points on the boundary of a- diagram, *e.g.* when drawing arrows between diagrams.-- See [`Diagrams.Core.Trace`](https://github.com/diagrams/diagrams-core/blob/2f8727fdfa60cdf46456a23f358c8a771b2cd90d/src/Diagrams/Core/Trace.hs).--* **API changes**-- - The modules have all been renamed to be more consistent with the- module naming scheme in the rest of the diagrams universe. In- particular:-- `Graphics.Rendering.Diagrams` --> `Diagrams.Core`- `Grahpics.Rendering.Diagrams.Core` --> `Diagrams.Core.Types`- `Graphics.Rendering.Diagrams.*` --> `Diagrams.Core.*`-- - `Graphics.Rendering.Diagrams.UDTree` has been split out into a- separate- [`dual-tree`](http://hackage.haskell.org/package/dual%2Dtree)- package (which has also been substantially rewritten).-- - `Graphics.Rendering.Diagrams.{Monoids,MList}` have been split- out into a separate [`monoid-extras`](http://hackage.haskell.org/package/monoid%2Dextras) package.-- - The `names` function now returns a list of names and their- associated locations, instead of the associated subdiagrams. In- particular the output is suitable to be rendered to a `String`- using `show`.-- - The new `subMap` function fills a similar role that `names` used- to play, returning the entire mapping from names to subdiagrams.-- - New functions `envelope[VP]May`-- `envelopeV` and `envelopeP` return the zero vector and origin,- respectively, when called on an empty envelope. However,- sometimes it's useful to actually know whether the envelope was- empty or not (the zero vector and the origin are legitimate- outputs from non-empty envelopes). The new functions have their- return type wrapped in `Maybe` for this purpose.-- - New functions `envelopeS` and `envelopeSMay`-- Like `envelope[VP](May)`, but returning a scalar multiple of- the input vector.-- - The `Graphics.Rendering.Diagrams.Util` module has been removed,- along with the `withLength` function. Calls to `withLength` can- be replaced using-- `withLength s v = s *^ normalized v`-- - Add needed constraints `(InnerSpace v, OrderedField (Scalar v),- Monoid' m)` to the type of the `renderDias` method in the- `MultiBackend` class.-- - Generalized `Transformable` instances for pairs and tuples-- Previously, the components of the tuples were required to have- the same type; but everything still works as long as they all- share the same vector space. This is actually useful in- practice: say, if we wanted to pair a diagram with a path and- then apply the same transformation to both.--* **Improvements**-- - More efficient implementation of `diameter`--* **Dependency/version changes**-- - Tested with GHC 7.6.1- - allow `base-4.6`- - allow `containers-0.5.*`- - allow `MemoTrie-0.6.1`--* **Bug fixes**-- - juxtaposeDefault now correctly handles empty envelopes (#37)-- `juxtaposeDefault` is now the identity on the second object if- either one has an empty envelope. In particular this means that- `mempty` is now an identity element for `beside` and friends.--0.5.0.1: 11 May 2012-----------------------* Update `MemoTrie` upper bound to allow `MemoTrie-0.5`--0.5: 9 March 2012--------------------* New features:- - New `Juxtaposable` class- - New `NullBackend` and `D` types, for conveniently giving a- monomorphic type to diagrams when we don't care which one it is.- - [\#27](http://code.google.com/p/diagrams/issues/detail?id=27): Change type of `adjustDia` to return a new options record- (with an explicitly filled-in size)--* New instances:- - `Enveloped`, `HasOrigin`, `Juxtaposable`, `HasStyle`, and `Transformable`- instances for `Set`s and tuples- - `V Double = Double`- - `Juxtaposable` and `Boundable` instances for `Map`--* API changes- - `AnnDiagram` renamed to `QDiagram`- - [\#61](http://code.google.com/p/diagrams/issues/detail?id=61): terminology change from "bounds" to "envelope"- + `boundary` -> `envelopeP`- + "bounding region" -> "envelope"- + `Bounds` -> `Envelope`- + `Boundable` -> `Enveloped`- + `getBounds` -> `getEnvelope`- + *etc.*- - Split out definition of `Point` into separate package- ([`vector-space-points`](http://hackage.haskell.org/package/vector%2Dspace%2Dpoints))- - The `Point` constructor `P` is no longer exported from- `Graphics.Rendering.Diagrams`. See the `Diagrams.TwoD.Types` module- from `diagrams-lib` for new tools for working with abstract 2D- points. If you really need the `P` constructor, import- `Graphics.Rendering.Diagrams.Points`.- - Name-related functions now return "located bounding functions"- instead of pairs of points and bounds, to allow for future- expansion.--* Dependency/version changes:- - `vector-space` 0.8 is now required.- - Bump base upper bound to allow 4.5; now tested with GHC 7.4.1.--* Bug fixes:- - Bug fix related to empty envelopes--0.4: 23 October 2011-----------------------* improved documentation-* a few new instances (Newtype Point, Boundable Point)-* new functions (value, clearValue, resetValue) for working with- alternate query monoids--0.3: 18 June 2011--------------------* big overhaul of name maps:- - allow arbitrary types as atomic names- - carry along bounding functions as well as names in NameMaps- - additional functions for querying information associated with names-* fix for issue #34 (fix behavior of setBounds)-* Transformable and HasOrigin instances for Transformations--0.2: 3 June 2011-------------------* bounding regions can now be overridden-* new namePoint function for more flexibly assigning names to arbitrary points-* add HasStyle, Boundable, and HasOrigin instances for lists-* add a "trivial backend"-* transformable attributes--0.1.1: 18 May 2011---------------------* link to new website--0.1: 17 May 2011-------------------* initial preview release
LICENSE view
@@ -1,6 +1,7 @@-Copyright (c) 2011-2014 diagrams-core team:+Copyright (c) 2011-2015 diagrams-core team: Daniel Bergey <bergey@alum.mit.edu>+ Christopher Chalmers <c.chalmers@me.com> Tad Doxsee <doxsee@pacbell.net> Conal Elliott <conal@conal.net> Sam Griffin <sam.griffin@gmail.com>
README.markdown view
@@ -1,4 +1,4 @@-[](http://travis-ci.org/diagrams/diagrams-core)+[](http://travis-ci.org/diagrams/diagrams-core) The core modules defining the basic data structures and algorithms for [diagrams](http://projects.haskell.org/diagrams), a Haskell embedded
diagrams-core.cabal view
@@ -1,5 +1,5 @@ Name: diagrams-core-Version: 1.2.0.6+Version: 1.3 Synopsis: Core libraries for diagrams EDSL Description: The core modules underlying diagrams, an embedded domain-specific language@@ -13,9 +13,9 @@ Category: Graphics Build-type: Simple Cabal-version: >=1.10-Extra-source-files: CHANGES.markdown, README.markdown, diagrams/*.svg+Extra-source-files: CHANGELOG.md, README.markdown, diagrams/*.svg extra-doc-files: diagrams/*.svg-Tested-with: GHC == 7.4.2, GHC == 7.6.3, GHC == 7.8.1+Tested-with: GHC == 7.4.2, GHC == 7.6.3, GHC == 7.8.4, GHC == 7.10.1 Source-repository head type: git location: git://github.com/diagrams/diagrams-core.git@@ -28,23 +28,25 @@ Diagrams.Core.Juxtapose, Diagrams.Core.Names, Diagrams.Core.Points,+ Diagrams.Core.Query Diagrams.Core.Style,+ Diagrams.Core.Measure, Diagrams.Core.Trace, Diagrams.Core.Transform, Diagrams.Core.Types,- Diagrams.Core.V,- Diagrams.Core.Query+ Diagrams.Core.V - Build-depends: base >= 4.2 && < 4.8,+ Build-depends: base >= 4.2 && < 4.9, containers >= 0.4.2 && < 0.6,+ unordered-containers >= 0.2 && < 0.2.6, semigroups >= 0.8.4 && < 0.17,- vector-space >= 0.8.4 && < 0.11,- vector-space-points >= 0.1 && < 0.3,- MemoTrie >= 0.4.7 && < 0.7,- newtype >= 0.2 && < 0.3,- monoid-extras >= 0.3 && < 0.4,+ monoid-extras >= 0.3 && < 0.5, dual-tree >= 0.2 && < 0.3,- lens >= 4.0 && < 4.10+ lens >= 4.0 && < 4.10,+ linear >= 1.11.3 && < 1.19,+ adjunctions >= 4.0 && < 5.0,+ distributive >=0.2.2 && < 1.0,+ mtl hs-source-dirs: src Other-extensions: DeriveDataTypeable
diagrams/src_Diagrams_Core_Trace_maxRayTracePEx.svg view
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src/Diagrams/Core.hs view
@@ -1,7 +1,7 @@ ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core--- Copyright : (c) 2011 diagrams-core team (see LICENSE)+-- Copyright : (c) 2011-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -22,7 +22,7 @@ -- The diagrams library relies heavily on custom types and classes. Many -- of the relevant definitions are in the "Diagrams.Core.Types" module. -- Indeed the definition of the diagram type @QDiagram@ is contained in:--- 'Diagrams.Core.Types.QDiagram'. +-- 'Diagrams.Core.Types.QDiagram'. -- -- The best place to start when learning -- about diagrams\' types is the user manual:@@ -32,72 +32,72 @@ -- -- * "Diagrams.Core.Types" ----- * @Annotation@, --- * @UpAnnots b v m@, @DownAnnots v@,--- * @QDiaLeaf b v m@, @Measure v@,--- * @Subdiagram b v m@, @SubMap b v m@,--- * @Prim b v@, @Backend b v@, --- * @DNode b v a@, @DTree b v a@,--- * @RNode b v a@, @RTree b v a@,--- * @NullBackend@, @Renderable t b@,--- * @D v@.+-- * @'Annotation'@,+-- * @'UpAnnots' b v n m@, @'DownAnnots' v n@,+-- * @'QDiaLeaf' b v n m@, @'Measure' n@,+-- * @'Subdiagram' b v n m@, @'SubMap' b v n m@,+-- * @'Prim' b v n@, @'Backend' b v n@,+-- * @'DNode' b v n a@, @'DTree' b v n a@,+-- * @'RNode' b v n a@, @'RTree' b v n a@,+-- * @'NullBackend'@, @'Renderable' t b@,+-- * @'D' v n@. -- -- * "Diagrams.Core.Envelope" ----- * @Envelope v@, @Enveloped v@,--- * @OrderedField s@.+-- * @'Envelope' v n@, @'Enveloped' a@,+-- * @'OrderedField' s@. -- -- * "Diagrams.Core.Juxtapose" ----- * @Juxtaposable a@.+-- * @'Juxtaposable' a@. -- -- * "Diagrams.Core.Names" ----- * @AName@, @Name@, @IsName a@,--- * @Qualifiable q@.+-- * @'AName'@, @'Name'@, @'IsName' a@,+-- * @'Qualifiable' q@. -- -- * "Diagrams.Core.HasOrigin" ----- * @HasOrigin t@.------ * "Diagrams.Core.Points"------ * @Point v@.+-- * @'HasOrigin' t@. -- -- * "Diagrams.Core.Query" ----- * @Query v m@.+-- * @'Query' v n m@. -- -- * "Diagrams.Core.Style" ----- * @AttributeClass a@, @Attribute v@,--- * @Style v@, @HasStyle@.+-- * @'AttributeClass' a@, @'Attribute' v n@,+-- * @'Style' v n@, @'HasStyle'@. -- -- * "Diagrams.Core.Trace" ----- * @SortedList a@,--- * @Trace v@, @Traced a@.+-- * @'SortedList' a@,+-- * @'Trace' v n@, @'Traced' a@. -- -- * "Diagrams.Core.Transform" ----- * @u :-: v@, @HasLinearMap@,--- * @Transformation v@, @Transformable t@,--- * @TransInv t@.+-- * @u ':-:' v@, @'HasLinearMap'@, @'HasBasis'@+-- * @'Transformation' v n@, @'Transformable' t@,+-- * @'TransInv' t@. -- -- * "Diagrams.Core.V" ----- * @V a@.+-- * @'V' a@,+-- * @'N' a@,+-- * @'Vn' a@,+-- * @'InSpace' v n a@,+-- * @'SameSpace' a b@. ----------------------------------------------------------------------------- module Diagrams.Core ( -- * Associated vector spaces - V+ V, N, Vn, InSpace, SameSpace -- * Points , Point, origin, (*.)- , _relative+ , relative -- * Transformations @@ -105,6 +105,7 @@ , basis , dimension , determinant+ , isReflection -- ** Invertible linear transformations , (:-:), (<->), linv, lapp@@ -129,6 +130,7 @@ -- ** Translational invariance , TransInv(TransInv)+ , eye -- * Names @@ -147,11 +149,12 @@ -- * Attributes and styles , AttributeClass- , Attribute, mkAttr, mkTAttr, mkGTAttr, unwrapAttr+ , Attribute (..) , Style, HasStyle(..)- , getAttr, combineAttr- , applyAttr, applyTAttr, applyGTAttr+ , getAttr+ , atAttr, atMAttr, atTAttr+ , applyAttr, applyMAttr, applyTAttr -- * Envelopes @@ -159,7 +162,7 @@ , appEnvelope, onEnvelope, mkEnvelope , Enveloped(..) , envelopeVMay, envelopeV, envelopePMay, envelopeP- , diameter, radius+ , diameter, radius, size -- * Traces @@ -201,6 +204,8 @@ , localize , href+ , opacityGroup+ , groupOpacity , setEnvelope, setTrace @@ -213,12 +218,18 @@ , location , subPoint - -- * Measurements- , Measure(..)- , fromOutput- , toOutput- , atMost+ -- ** Measurements++ , Measured+ , Measure+ , fromMeasured+ , output+ , local+ , global+ , normalized+ , scaleLocal , atLeast+ , atMost -- * Backends @@ -235,7 +246,9 @@ -- * Convenience classes , HasLinearMap+ , HasBasis , OrderedField+ , TypeableFloat , Monoid' ) where@@ -244,6 +257,7 @@ import Diagrams.Core.Envelope import Diagrams.Core.HasOrigin import Diagrams.Core.Juxtapose+import Diagrams.Core.Measure import Diagrams.Core.Names import Diagrams.Core.Points import Diagrams.Core.Query
src/Diagrams/Core/Compile.hs view
@@ -1,3 +1,4 @@+{-# LANGUAGE CPP #-} {-# LANGUAGE FlexibleContexts #-} {-# LANGUAGE MultiParamTypeClasses #-} {-# LANGUAGE ScopedTypeVariables #-}@@ -6,7 +7,7 @@ ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.Compile--- Copyright : (c) 2013 diagrams-core team (see LICENSE)+-- Copyright : (c) 2013-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -30,12 +31,10 @@ , toDTree , fromDTree- , styleToOutput- , toOutput ) where -import Data.Data+import Data.Typeable import qualified Data.List.NonEmpty as NEL import Data.Maybe (fromMaybe) import Data.Monoid.Coproduct@@ -44,21 +43,28 @@ import Data.Semigroup import Data.Tree import Data.Tree.DUAL-import Data.VectorSpace+ import Diagrams.Core.Envelope (OrderedField, diameter)-import Diagrams.Core.Style import Diagrams.Core.Transform import Diagrams.Core.Types+import Diagrams.Core.Style -emptyDTree :: Tree (DNode b v a)+import Linear.Metric hiding (qd)++-- Typeable1 is a depreciated synonym in ghc > 707+#if __GLASGOW_HASKELL__ >= 707+#define Typeable1 Typeable+#endif++emptyDTree :: Tree (DNode b v n a) emptyDTree = Node DEmpty [] uncurry3 :: (a -> b -> c -> r) -> (a, b, c) -> r uncurry3 f (x, y, z) = f x y z -- | Convert a @QDiagram@ into a raw tree.-toDTree :: HasLinearMap v => Scalar v -> Scalar v -> QDiagram b v m- -> Maybe (DTree b v Annotation)+toDTree :: (HasLinearMap v, Floating n, Typeable n)+ => n -> n -> QDiagram b v n m -> Maybe (DTree b v n Annotation) toDTree g n (QD qd) = foldDUAL @@ -75,8 +81,7 @@ -- the continuation, convert the result to a DTree, and -- splice it in, adding a DDelay node to mark the point -- of the splice.- (Node DDelay . (:[]) . fromMaybe emptyDTree . toDTree g n- . ($ (d, g, n)) . uncurry3)+ (Node DDelay . (:[]) . fromMaybe emptyDTree . toDTree g n . ($ (d, g, n)) . uncurry3) ) -- u-only leaves --> empty DTree. We don't care about the@@ -108,10 +113,11 @@ -- | Convert a @DTree@ to an @RTree@ which can be used dirctly by backends. -- A @DTree@ includes nodes of type @DTransform (Transformation v)@; -- in the @RTree@ transform is pushed down until it reaches a primitive node.-fromDTree :: HasLinearMap v => DTree b v Annotation -> RTree b v Annotation+fromDTree :: forall b v n. (Floating n, HasLinearMap v)+ => DTree b v n Annotation -> RTree b v n Annotation fromDTree = fromDTree' mempty where- fromDTree' :: HasLinearMap v => Transformation v -> DTree b v Annotation -> RTree b v Annotation+ fromDTree' :: HasLinearMap v => Transformation v n -> DTree b v n Annotation -> RTree b v n Annotation -- We put the accumulated transformation (accTr) and the prim -- into an RPrim node. fromDTree' accTr (Node (DPrim p) _)@@ -145,10 +151,11 @@ -- transformation used to convert the diagram from local to output -- units. toRTree- :: (HasLinearMap v, InnerSpace v, Data v, Data (Scalar v), OrderedField (Scalar v), Monoid m, Semigroup m)- => Transformation v -> QDiagram b v m -> RTree b v Annotation+ :: (HasLinearMap v, Metric v, Typeable1 v, Typeable n,+ OrderedField n, Monoid m, Semigroup m)+ => Transformation v n -> QDiagram b v n m -> RTree b v n Annotation toRTree globalToOutput d- = (fmap . onRStyle) (styleToOutput gToO nToO)+ = (fmap . onRStyle) (unmeasureAttrs gToO nToO) . fromDTree . fromMaybe (Node DEmpty []) . toDTree gToO nToO@@ -160,50 +167,14 @@ -- of product of diameters along each basis direction. Note at -- this point the diagram has already had the globalToOutput -- transformation applied, so output = global = local units.- nToO = product (map (\v -> diameter v d) basis) ** (1 / fromIntegral (dimension d))+ nToO = product (map (`diameter` d) basis) ** (1 / fromIntegral (dimension d)) -- | Apply a style transformation on 'RStyle' nodes; the identity for -- other 'RNode's.-onRStyle :: (Style v -> Style v) -> (RNode b v a -> RNode b v a)+onRStyle :: (Style v n -> Style v n) -> RNode b v n a -> RNode b v n a onRStyle f (RStyle s) = RStyle (f s) onRStyle _ n = n --- | Convert all 'Measure' values to 'Output' units. The arguments--- are, respectively, the scaling factor from global units to output--- units, and from normalized units to output units. It is assumed--- that local units are identical to output units (which will be the--- case if all transformations have been fully pushed down and--- applied). Normalized units are based on a logical diagram size of--- 1 x 1.-styleToOutput- :: forall v. (Data v, Data (Scalar v), Num (Scalar v), Ord (Scalar v), Fractional (Scalar v))- => Scalar v -> Scalar v -> Style v -> Style v-styleToOutput globalToOutput normToOutput =- gmapAttrs (toOutput globalToOutput normToOutput :: Measure v -> Measure v)---- | Convert an aribrary 'Measure' to 'Output' units.-toOutput :: forall v. (Data v, Data (Scalar v), Num (Scalar v), Ord (Scalar v), Fractional (Scalar v))- => Scalar v -> Scalar v -> Measure v -> Measure v-toOutput g n m =- case m of- m'@(Output _) -> m'- Local s -> Output s- Global s -> Output (g * s)- Normalized s -> Output (n * s)-- MinM m1 m2 -> outBin min (toOutput g n m1) (toOutput g n m2)- MaxM m1 m2 -> outBin max (toOutput g n m1) (toOutput g n m2)- ZeroM -> Output 0- NegateM m' -> outUn negate (toOutput g n m')- PlusM m1 m2 -> outBin (+) (toOutput g n m1) (toOutput g n m2)- ScaleM s m' -> outUn (s*) (toOutput g n m')- where- outUn op (Output o1) = Output (op o1)- outUn _ _ = error "outUn: The sky is falling!"- outBin op (Output o1) (Output o2) = Output (o1 `op` o2)- outBin _ _ _ = error "outBin: Both skies are falling!"-- -------------------------------------------------- -- | Render a diagram, returning also the transformation which was@@ -212,21 +183,16 @@ -- transformation can be used, for example, to convert output/screen -- coordinates back into diagram coordinates. See also 'adjustDia'. renderDiaT- :: ( Backend b v- , HasLinearMap v, InnerSpace v, Data v- , OrderedField (Scalar v), Data (Scalar v)- , Monoid' m- )- => b -> Options b v -> QDiagram b v m -> (Transformation v, Result b v)+ :: (Backend b v n , HasLinearMap v, Metric v, Typeable1 v,+ Typeable n, OrderedField n, Monoid' m)+ => b -> Options b v n -> QDiagram b v n m -> (Transformation v n, Result b v n) renderDiaT b opts d = (g2o, renderRTree b opts' . toRTree g2o $ d') where (opts', g2o, d') = adjustDia b opts d -- | Render a diagram. renderDia- :: ( Backend b v- , InnerSpace v, Data v- , OrderedField (Scalar v), Data (Scalar v)- , Monoid' m- )- => b -> Options b v -> QDiagram b v m -> Result b v+ :: (Backend b v n , HasLinearMap v, Metric v, Typeable1 v,+ Typeable n, OrderedField n, Monoid' m)+ => b -> Options b v n -> QDiagram b v n m -> Result b v n renderDia b opts d = snd (renderDiaT b opts d)+
src/Diagrams/Core/Envelope.hs view
@@ -1,23 +1,24 @@+{-# LANGUAGE CPP #-} {-# LANGUAGE FlexibleContexts #-} {-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE MultiParamTypeClasses #-}+{-# LANGUAGE RankNTypes #-} {-# LANGUAGE StandaloneDeriving #-}-{-# LANGUAGE TemplateHaskell #-} {-# LANGUAGE TypeFamilies #-} {-# LANGUAGE UndecidableInstances #-} ----------------------------------------------------------------------------- -- |--- Module : Graphics.Rendering.Diagrams.Envelope+-- Module : Diagrams.Core.Envelope -- Copyright : (c) 2011 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com ----- "Graphics.Rendering.Diagrams" defines the core library of primitives--- forming the basis of an embedded domain-specific language for--- describing and rendering diagrams.+-- diagrams-core defines the core library of primitives forming the+-- basis of an embedded domain-specific language for describing and+-- rendering diagrams. ----- The @Envelope@ module defines a data type and type class for+-- The @Diagrams.Core.Envelope@ module defines a data type and type class for -- \"envelopes\", aka functional bounding regions. -- -----------------------------------------------------------------------------@@ -37,27 +38,38 @@ , diameter , radius , extent- , envelopeVMay, envelopeV, envelopePMay, envelopeP, envelopeSMay, envelopeS+ , size+ , envelopeVMay+ , envelopeV+ , envelopePMay+ , envelopeP+ , envelopeSMay+ , envelopeS -- * Miscellaneous , OrderedField ) where +#if __GLASGOW_HASKELL__ < 710 import Control.Applicative ((<$>))+#endif import Control.Lens (Rewrapped, Wrapped (..), iso, mapped,- op, over, _Wrapping')+ op, over, (&), (.~), _Wrapping')+import Data.Functor.Rep import qualified Data.Map as M import Data.Maybe (fromMaybe) import Data.Semigroup import qualified Data.Set as S -import Data.VectorSpace- import Diagrams.Core.HasOrigin import Diagrams.Core.Points import Diagrams.Core.Transform import Diagrams.Core.V +import Linear.Metric+import Linear.Vector++ ------------------------------------------------------------ -- Envelopes --------------------------------------------- ------------------------------------------------------------@@ -96,70 +108,65 @@ -- The idea for envelopes came from -- Sebastian Setzer; see -- <http://byorgey.wordpress.com/2009/10/28/collecting-attributes/#comment-2030>. See also Brent Yorgey, /Monoids: Theme and Variations/, published in the 2012 Haskell Symposium: <http://www.cis.upenn.edu/~byorgey/pub/monoid-pearl.pdf>; video: <http://www.youtube.com/watch?v=X-8NCkD2vOw>.-newtype Envelope v = Envelope (Option (v -> Max (Scalar v)))+newtype Envelope v n = Envelope (Option (v n -> Max n)) -instance Wrapped (Envelope v) where- type Unwrapped (Envelope v) = Option (v -> Max (Scalar v))- _Wrapped' = iso (\(Envelope e) -> e) Envelope+instance Wrapped (Envelope v n) where+ type Unwrapped (Envelope v n) = Option (v n -> Max n)+ _Wrapped' = iso (\(Envelope e) -> e) Envelope -instance Rewrapped (Envelope v) (Envelope v')+instance Rewrapped (Envelope v n) (Envelope v' n') -appEnvelope :: Envelope v -> Maybe (v -> Scalar v)+appEnvelope :: Envelope v n -> Maybe (v n -> n) appEnvelope (Envelope (Option e)) = (getMax .) <$> e -onEnvelope :: ((v -> Scalar v) -> (v -> Scalar v)) -> Envelope v -> Envelope v+onEnvelope :: ((v n -> n) -> v n -> n) -> Envelope v n -> Envelope v n onEnvelope t = over (_Wrapping' Envelope . mapped) ((Max .) . t . (getMax .)) -mkEnvelope :: (v -> Scalar v) -> Envelope v+mkEnvelope :: (v n -> n) -> Envelope v n mkEnvelope = Envelope . Option . Just . (Max .) -- | Create an envelope for the given point.-pointEnvelope :: (Fractional (Scalar v), InnerSpace v)- => Point v -> Envelope v-pointEnvelope p = moveTo p (mkEnvelope (const zeroV))+pointEnvelope :: (Fractional n, Metric v) => Point v n -> Envelope v n+pointEnvelope p = moveTo p (mkEnvelope $ const 0) -- | Envelopes form a semigroup with pointwise maximum as composition. -- Hence, if @e1@ is the envelope for diagram @d1@, and -- @e2@ is the envelope for @d2@, then @e1 \`mappend\` e2@ -- is the envelope for @d1 \`atop\` d2@.-deriving instance Ord (Scalar v) => Semigroup (Envelope v)+deriving instance Ord n => Semigroup (Envelope v n) -- | The special empty envelope is the identity for the -- 'Monoid' instance.-deriving instance Ord (Scalar v) => Monoid (Envelope v)-+deriving instance Ord n => Monoid (Envelope v n) -- XXX add some diagrams here to illustrate! Note that Haddock supports -- inline images, using a \<\<url\>\> syntax. -type instance V (Envelope v) = v+type instance V (Envelope v n) = v+type instance N (Envelope v n) = n -- | The local origin of an envelope is the point with respect to -- which bounding queries are made, /i.e./ the point from which the -- input vectors are taken to originate.-instance (InnerSpace v, Fractional (Scalar v))- => HasOrigin (Envelope v) where- moveOriginTo (P u) = onEnvelope $ \f v -> f v ^-^ ((u ^/ (v <.> v)) <.> v)+instance (Metric v, Fractional n) => HasOrigin (Envelope v n) where+ moveOriginTo (P u) = onEnvelope $ \f v -> f v - ((u ^/ (v `dot` v)) `dot` v) -instance Show (Envelope v) where+instance Show (Envelope v n) where show _ = "<envelope>" ------------------------------------------------------------ -- Transforming envelopes -------------------------------- ------------------------------------------------------------ --- XXX can we get away with removing this Floating constraint? It's the--- call to normalized here which is the culprit.-instance ( HasLinearMap v, InnerSpace v, Floating (Scalar v))- => Transformable (Envelope v) where- transform t = -- XXX add lots of comments explaining this!- moveOriginTo (P . negateV . transl $ t) .- (onEnvelope $ \f v ->- let v' = normalized $ lapp (transp t) v+instance (Metric v, Floating n) => Transformable (Envelope v n) where+ transform t = moveOriginTo (P . negated . transl $ t) . onEnvelope g+ where+ -- XXX add lots of comments explaining this!+ g f v = f v' / (v' `dot` vi)+ where+ v' = signorm $ lapp (transp t) v vi = apply (inv t) v- in f v' / (v' <.> vi)- ) ------------------------------------------------------------ -- Enveloped class@@ -169,38 +176,38 @@ -- ordered field (i.e. support all four arithmetic operations and be -- totally ordered) so we introduce this class as a convenient -- shorthand.-class (Fractional s, Floating s, Ord s, AdditiveGroup s) => OrderedField s-instance (Fractional s, Floating s, Ord s, AdditiveGroup s) => OrderedField s+class (Floating s, Ord s) => OrderedField s+instance (Floating s, Ord s) => OrderedField s -- | @Enveloped@ abstracts over things which have an envelope.-class (InnerSpace (V a), OrderedField (Scalar (V a))) => Enveloped a where+class (Metric (V a), OrderedField (N a)) => Enveloped a where -- | Compute the envelope of an object. For types with an intrinsic -- notion of \"local origin\", the envelope will be based there. -- Other types (e.g. 'Trail') may have some other default -- reference point at which the envelope will be based; their -- instances should document what it is.- getEnvelope :: a -> Envelope (V a)+ getEnvelope :: a -> Envelope (V a) (N a) -instance (InnerSpace v, OrderedField (Scalar v)) => Enveloped (Envelope v) where+instance (Metric v, OrderedField n) => Enveloped (Envelope v n) where getEnvelope = id -instance (OrderedField (Scalar v), InnerSpace v) => Enveloped (Point v) where- getEnvelope p = moveTo p . mkEnvelope $ const zeroV+instance (OrderedField n, Metric v) => Enveloped (Point v n) where+ getEnvelope p = moveTo p . mkEnvelope $ const 0 instance Enveloped t => Enveloped (TransInv t) where getEnvelope = getEnvelope . op TransInv -instance (Enveloped a, Enveloped b, V a ~ V b) => Enveloped (a,b) where+instance (Enveloped a, Enveloped b, V a ~ V b, N a ~ N b) => Enveloped (a,b) where getEnvelope (x,y) = getEnvelope x <> getEnvelope y -instance (Enveloped b) => Enveloped [b] where+instance Enveloped b => Enveloped [b] where getEnvelope = mconcat . map getEnvelope -instance (Enveloped b) => Enveloped (M.Map k b) where+instance Enveloped b => Enveloped (M.Map k b) where getEnvelope = mconcat . map getEnvelope . M.elems -instance (Enveloped b) => Enveloped (S.Set b) where+instance Enveloped b => Enveloped (S.Set b) where getEnvelope = mconcat . map getEnvelope . S.elems ------------------------------------------------------------@@ -210,62 +217,66 @@ -- | Compute the vector from the local origin to a separating -- hyperplane in the given direction, or @Nothing@ for the empty -- envelope.-envelopeVMay :: Enveloped a => V a -> a -> Maybe (V a)+envelopeVMay :: Enveloped a => Vn a -> a -> Maybe (Vn a) envelopeVMay v = fmap ((*^ v) . ($ v)) . appEnvelope . getEnvelope -- | Compute the vector from the local origin to a separating -- hyperplane in the given direction. Returns the zero vector for -- the empty envelope.-envelopeV :: Enveloped a => V a -> a -> V a-envelopeV v = fromMaybe zeroV . envelopeVMay v+envelopeV :: Enveloped a => Vn a -> a -> Vn a+envelopeV v = fromMaybe zero . envelopeVMay v -- | Compute the point on a separating hyperplane in the given -- direction, or @Nothing@ for the empty envelope.-envelopePMay :: Enveloped a => V a -> a -> Maybe (Point (V a))+envelopePMay :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Maybe (Point v n) envelopePMay v = fmap P . envelopeVMay v -- | Compute the point on a separating hyperplane in the given -- direction. Returns the origin for the empty envelope.-envelopeP :: Enveloped a => V a -> a -> Point (V a)+envelopeP :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Point v n envelopeP v = P . envelopeV v --- | Equivalent to the magnitude of 'envelopeVMay':+-- | Equivalent to the norm of 'envelopeVMay': ----- @ envelopeSMay v x == fmap magnitude (envelopeVMay v x) @+-- @ envelopeSMay v x == fmap norm (envelopeVMay v x) @ -- -- (other than differences in rounding error) -- -- Note that the 'envelopeVMay' / 'envelopePMay' functions above should be--- preferred, as this requires a call to magnitude. However, it is more--- efficient than calling magnitude on the results of those functions.-envelopeSMay :: Enveloped a => V a -> a -> Maybe (Scalar (V a))-envelopeSMay v = fmap ((* magnitude v) . ($ v)) . appEnvelope . getEnvelope+-- preferred, as this requires a call to norm. However, it is more+-- efficient than calling norm on the results of those functions.+envelopeSMay :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Maybe n+envelopeSMay v = fmap ((* norm v) . ($ v)) . appEnvelope . getEnvelope --- | Equivalent to the magnitude of 'envelopeV':+-- | Equivalent to the norm of 'envelopeV': ----- @ envelopeS v x == magnitude (envelopeV v x) @+-- @ envelopeS v x == norm (envelopeV v x) @ -- -- (other than differences in rounding error) -- -- Note that the 'envelopeV' / 'envelopeP' functions above should be--- preferred, as this requires a call to magnitude. However, it is more--- efficient than calling magnitude on the results of those functions.-envelopeS :: (Enveloped a, Num (Scalar (V a))) => V a -> a -> Scalar (V a)+-- preferred, as this requires a call to norm. However, it is more+-- efficient than calling norm on the results of those functions.+envelopeS :: (V a ~ v, N a ~ n, Enveloped a, Num n) => v n -> a -> n envelopeS v = fromMaybe 0 . envelopeSMay v -- | Compute the diameter of a enveloped object along a particular -- vector. Returns zero for the empty envelope.-diameter :: Enveloped a => V a -> a -> Scalar (V a)-diameter v a = maybe 0 (\(lo,hi) -> (hi - lo) * magnitude v) (extent v a)+diameter :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> n+diameter v a = maybe 0 (\(lo,hi) -> (hi - lo) * norm v) (extent v a) -- | Compute the \"radius\" (1\/2 the diameter) of an enveloped object -- along a particular vector.-radius :: Enveloped a => V a -> a -> Scalar (V a)+radius :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> n radius v = (0.5*) . diameter v -- | Compute the range of an enveloped object along a certain -- direction. Returns a pair of scalars @(lo,hi)@ such that the -- object extends from @(lo *^ v)@ to @(hi *^ v)@. Returns @Nothing@ -- for objects with an empty envelope.-extent :: Enveloped a => V a -> a -> Maybe (Scalar (V a), Scalar (V a))-extent v a = (\f -> (-f (negateV v), f v)) <$> (appEnvelope . getEnvelope $ a)+extent :: (V a ~ v, N a ~ n, Enveloped a) => v n -> a -> Maybe (n, n)+extent v a = (\f -> (-f (negated v), f v)) <$> (appEnvelope . getEnvelope $ a)++-- | The smallest positive vector that bounds the envelope of an object.+size :: (V a ~ v, N a ~ n, Enveloped a, HasBasis v) => a -> v n+size d = tabulate $ \(E l) -> diameter (zero & l .~ 1) d
src/Diagrams/Core/HasOrigin.hs view
@@ -1,7 +1,8 @@-{-# LANGUAGE FlexibleContexts #-}-{-# LANGUAGE FlexibleInstances #-}-{-# LANGUAGE TypeFamilies #-}-{-# LANGUAGE UndecidableInstances #-}+{-# LANGUAGE FlexibleContexts #-}+{-# LANGUAGE FlexibleInstances #-}+{-# LANGUAGE MultiParamTypeClasses #-}+{-# LANGUAGE TypeFamilies #-}+{-# LANGUAGE UndecidableInstances #-} -- The UndecidableInstances flag is needed under 6.12.3 for the -- HasOrigin (a,b) instance.@@ -25,12 +26,13 @@ import qualified Data.Map as M import qualified Data.Set as S -import Data.AffineSpace ((.-.), (.-^))-import Data.VectorSpace--import Diagrams.Core.Points+import Diagrams.Core.Measure+import Diagrams.Core.Points () import Diagrams.Core.V +import Linear.Affine+import Linear.Vector+ -- | Class of types which have an intrinsic notion of a \"local -- origin\", i.e. things which are not invariant under translation, -- and which allow the origin to be moved.@@ -40,13 +42,13 @@ -- are instances of both we should have the identity -- -- @--- moveOriginTo (origin .^+ v) === translate (negateV v)+-- moveOriginTo (origin .^+ v) === translate (negated v) -- @ -- -- The reason is that some things (e.g. vectors, 'Trail's) are -- transformable but are translationally invariant, i.e. have no -- origin.-class VectorSpace (V t) => HasOrigin t where+class HasOrigin t where -- | Move the local origin to another point. --@@ -54,10 +56,10 @@ -- (for types which are also 'Transformable'); moving the origin -- itself while leaving the object \"fixed\" is dual to fixing the -- origin and translating the diagram.- moveOriginTo :: Point (V t) -> t -> t+ moveOriginTo :: Point (V t) (N t) -> t -> t -- | Move the local origin by a relative vector.-moveOriginBy :: HasOrigin t => V t -> t -> t+moveOriginBy :: (V t ~ v, N t ~ n, Num n, HasOrigin t) => v n -> t -> t moveOriginBy = moveOriginTo . P -- | Translate the object by the translation that sends the origin to@@ -74,26 +76,30 @@ -- @ -- moveTo (origin .^+ v) === translate v -- @-moveTo :: HasOrigin t => Point (V t) -> t -> t+moveTo :: (InSpace v n t, HasOrigin t) => Point v n -> t -> t moveTo = moveOriginBy . (origin .-.) -- | A flipped variant of 'moveTo', provided for convenience. Useful -- when writing a function which takes a point as an argument, such -- as when using 'withName' and friends.-place :: HasOrigin t => t -> Point (V t) -> t+place :: (InSpace v n t, HasOrigin t) => t -> Point v n -> t place = flip moveTo -instance VectorSpace v => HasOrigin (Point v) where+instance HasOrigin t => HasOrigin (Measured n t) where+ moveOriginTo = fmap . moveOriginTo++instance (Additive v, Num n) => HasOrigin (Point v n) where moveOriginTo (P u) p = p .-^ u -instance (HasOrigin a, HasOrigin b, V a ~ V b) => HasOrigin (a,b) where+instance (HasOrigin t, HasOrigin s, SameSpace s t) => HasOrigin (s, t) where moveOriginTo p (x,y) = (moveOriginTo p x, moveOriginTo p y) -instance HasOrigin a => HasOrigin [a] where+instance HasOrigin t => HasOrigin [t] where moveOriginTo = map . moveOriginTo -instance (HasOrigin a, Ord a) => HasOrigin (S.Set a) where+instance (HasOrigin t, Ord t) => HasOrigin (S.Set t) where moveOriginTo = S.map . moveOriginTo -instance HasOrigin a => HasOrigin (M.Map k a) where+instance HasOrigin t => HasOrigin (M.Map k t) where moveOriginTo = M.map . moveOriginTo+
src/Diagrams/Core/Juxtapose.hs view
@@ -1,7 +1,8 @@-{-# LANGUAGE FlexibleContexts- , UndecidableInstances- , TypeFamilies- #-}+{-# LANGUAGE FlexibleContexts #-}+{-# LANGUAGE FlexibleInstances #-}+{-# LANGUAGE MultiParamTypeClasses #-}+{-# LANGUAGE TypeFamilies #-}+{-# LANGUAGE UndecidableInstances #-} ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.Juxtapose@@ -18,16 +19,18 @@ ( Juxtaposable(..), juxtaposeDefault ) where -import Data.Functor ((<$>))-import qualified Data.Map as M-import qualified Data.Set as S--import Data.VectorSpace+import Control.Applicative+import qualified Data.Map as M+import qualified Data.Set as S import Diagrams.Core.Envelope+import Diagrams.Core.Measure import Diagrams.Core.HasOrigin import Diagrams.Core.V +import Linear.Metric+import Linear.Vector+ -- | Class of things which can be placed \"next to\" other things, for some -- appropriate notion of \"next to\". class Juxtaposable a where@@ -38,23 +41,23 @@ -- @a2@; @a1@'s local origin becomes @a2@'s new local origin. The -- result is just a translated version of @a2@. (In particular, -- this operation does not /combine/ @a1@ and @a2@ in any way.)- juxtapose :: V a -> a -> a -> a+ juxtapose :: Vn a -> a -> a -> a -- | Default implementation of 'juxtapose' for things which are -- instances of 'Enveloped' and 'HasOrigin'. If either envelope is -- empty, the second object is returned unchanged.-juxtaposeDefault :: (Enveloped a, HasOrigin a) => V a -> a -> a -> a+juxtaposeDefault :: (Enveloped a, HasOrigin a) => Vn a -> a -> a -> a juxtaposeDefault v a1 a2 = case (mv1, mv2) of (Just v1, Just v2) -> moveOriginBy (v1 ^+^ v2) a2 _ -> a2- where mv1 = negateV <$> envelopeVMay v a1- mv2 = envelopeVMay (negateV v) a2+ where mv1 = negated <$> envelopeVMay v a1+ mv2 = envelopeVMay (negated v) a2 -instance (InnerSpace v, OrderedField (Scalar v)) => Juxtaposable (Envelope v) where+instance (Metric v, OrderedField n) => Juxtaposable (Envelope v n) where juxtapose = juxtaposeDefault -instance (Enveloped a, HasOrigin a, Enveloped b, HasOrigin b, V a ~ V b)+instance (Enveloped a, HasOrigin a, Enveloped b, HasOrigin b, V a ~ V b, N a ~ N b) => Juxtaposable (a,b) where juxtapose = juxtaposeDefault @@ -69,3 +72,7 @@ instance Juxtaposable a => Juxtaposable (b -> a) where juxtapose v f1 f2 b = juxtapose v (f1 b) (f2 b)++instance Juxtaposable a => Juxtaposable (Measured n a) where+ juxtapose v = liftA2 (juxtapose v)+
+ src/Diagrams/Core/Measure.hs view
@@ -0,0 +1,137 @@+{-# LANGUAGE DeriveDataTypeable #-}+{-# LANGUAGE DeriveFunctor #-}+{-# LANGUAGE GeneralizedNewtypeDeriving #-}+{-# LANGUAGE TypeFamilies #-}+module Diagrams.Core.Measure+ ( Measured (..)+ , Measure+ , fromMeasured+ , output+ , local+ , global+ , normalized+ , normalised+ , scaleLocal+ , atLeast+ , atMost+ ) where++import Control.Applicative+import Control.Lens+import qualified Control.Monad.Reader as R+import Data.Distributive+import Data.Functor.Rep+import Data.Semigroup+import Data.Typeable++import Diagrams.Core.V++import Linear.Vector++-- | 'Measured n a' is an object that depends on 'local', 'normalized'+-- and 'global' scales. The 'normalized' and 'global' scales are+-- calculated when rendering a diagram.+--+-- For attributes, the 'local' scale gets multiplied by the average+-- scale of the transform.+newtype Measured n a = Measured { unmeasure :: (n,n,n) -> a }+ deriving (Typeable, Functor, Applicative, Monad, Additive, R.MonadReader (n,n,n))+-- (local, global, normalized) -> output++type instance V (Measured n a) = V a+type instance N (Measured n a) = N a++-- | A measure is a 'Measured' number.+type Measure n = Measured n n++-- | @fromMeasured globalScale normalizedScale measure -> a@+fromMeasured :: Num n => n -> n -> Measured n a -> a+fromMeasured g n (Measured m) = m (1,g,n)++-- | Output units don't change.+output :: Num n => n -> Measure n+output = pure++-- | Local units are scaled by the average scale of a transform.+local :: Num n => n -> Measure n+local x = views _1 (*x)++-- | Global units are ?+global :: Num n => n -> Measure n+global x = views _2 (*x)++-- | Normalized units get scaled so that one normalized unit is the size of the+-- final diagram.+normalized :: Num n => n -> Measure n+normalized x = views _3 (*x)++-- | Just like 'normalized' but spelt properly.+normalised :: Num n => n -> Measure n+normalised x = views _3 (*x)++-- | Scale the local units of a 'Measured' thing.+scaleLocal :: Num n => n -> Measured n a -> Measured n a+scaleLocal s = R.local (_1 *~ s)++-- | Calculate the smaller of two measures.+atLeast :: Ord n => Measure n -> Measure n -> Measure n+atLeast = liftA2 max++-- | Calculate the larger of two measures.+atMost :: Ord n => Measure n -> Measure n -> Measure n+atMost = liftA2 min++instance Num a => Num (Measured n a) where+ (+) = (^+^)+ (-) = (^-^)+ (*) = liftA2 (*)++ fromInteger = pure . fromInteger+ abs = fmap abs+ signum = fmap signum++instance Fractional a => Fractional (Measured n a) where+ (/) = liftA2 (/)+ recip = fmap recip++ fromRational = pure . fromRational++instance Floating a => Floating (Measured n a) where+ pi = pure pi+ exp = fmap exp+ sqrt = fmap sqrt+ log = fmap log+ (**) = liftA2 (**)+ logBase = liftA2 logBase+ sin = fmap sin+ tan = fmap tan+ cos = fmap cos+ asin = fmap asin+ atan = fmap atan+ acos = fmap acos+ sinh = fmap sinh+ tanh = fmap tanh+ cosh = fmap cosh+ asinh = fmap asinh+ atanh = fmap atanh+ acosh = fmap acosh++instance Semigroup a => Semigroup (Measured n a) where+ (<>) = liftA2 (<>)++instance Monoid a => Monoid (Measured n a) where+ mempty = pure mempty+ mappend = liftA2 mappend++instance Distributive (Measured n) where+ distribute a = Measured $ \x -> fmap (\(Measured m) -> m x) a++instance Representable (Measured n) where+ type Rep (Measured n) = (n,n,n)+ tabulate = Measured+ index = unmeasure++instance Profunctor Measured where+ lmap f (Measured m) = Measured $ \(l,g,n) -> m (f l, f g, f n)+ rmap f (Measured m) = Measured $ f . m+
src/Diagrams/Core/Names.hs view
@@ -3,14 +3,13 @@ {-# LANGUAGE GADTs #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE MultiParamTypeClasses #-}-{-# LANGUAGE OverlappingInstances #-}-{-# LANGUAGE TemplateHaskell #-} {-# LANGUAGE TypeFamilies #-} {-# LANGUAGE TypeSynonymInstances #-}+ ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.Names--- Copyright : (c) 2011 diagrams-core team (see LICENSE)+-- Copyright : (c) 2011-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -20,26 +19,27 @@ ----------------------------------------------------------------------------- module Diagrams.Core.Names- (-- * Names- -- ** Atomic names- AName(..)+ (-- * Names+ -- ** Atomic names+ AName(..)+ , _AName - -- ** Names- , Name(..), IsName(..), (.>)+ -- ** Names+ , Name(..), IsName(..), (.>) - -- ** Qualifiable- , Qualifiable(..)+ -- ** Qualifiable+ , Qualifiable(..) - ) where+ ) where -import Control.Lens (over, Wrapped(..), Rewrapped, iso, _Unwrapping')-import Data.List (intercalate)+import Control.Lens hiding ((.>)) import qualified Data.Map as M import Data.Semigroup import qualified Data.Set as S import Data.Typeable import Diagrams.Core.Transform+import Diagrams.Core.Measure ------------------------------------------------------------ -- Names -------------------------------------------------@@ -80,8 +80,8 @@ instance IsName Float instance IsName Double instance IsName Integer-instance IsName String instance IsName a => IsName [a]+instance IsName a => IsName (Maybe a) instance (IsName a, IsName b) => IsName (a,b) instance (IsName a, IsName b, IsName c) => IsName (a,b,c) @@ -89,7 +89,7 @@ -- things which are 'Typeable', 'Ord' and 'Show'. data AName where AName :: (Typeable a, Ord a, Show a) => a -> AName- deriving (Typeable)+ deriving Typeable instance IsName AName where toName = Name . (:[])@@ -103,24 +103,35 @@ instance Ord AName where (AName a1) `compare` (AName a2) = case cast a2 of- Nothing -> show (typeOf a1) `compare` show (typeOf a2) Just a2' -> a1 `compare` a2'+ Nothing -> typeOf a1 `compare` typeOf a2 instance Show AName where- show (AName a) = show a+ showsPrec d (AName a) = showParen (d > 10) $+ showString "AName " . showsPrec 11 a +-- | Prism onto 'AName'.+_AName :: (Typeable a, Ord a, Show a) => Prism' AName a+_AName = prism' AName (\(AName a) -> cast a)+ -- | A (qualified) name is a (possibly empty) sequence of atomic names. newtype Name = Name [AName] deriving (Eq, Ord, Semigroup, Monoid, Typeable) -instance Wrapped Name where- type Unwrapped Name = [AName]- _Wrapped' = iso (\(Name ans) -> ans) Name- instance Rewrapped Name Name+instance Wrapped Name where+ type Unwrapped Name = [AName]+ _Wrapped' = iso (\(Name ns) -> ns) Name instance Show Name where- show (Name ns) = intercalate " .> " $ map show ns+ showsPrec d (Name xs) = case xs of+ [] -> showParen (d > 10) $ showString "Name []"+ [n] -> showParen (d > 10) $ showString "toName " . showsName 11 n+ (n:ns) -> showParen (d > 5) $ showsName 6 n . go ns+ where+ go (y:ys) = showString " .> " . showsName 6 y . go ys+ go _ = id+ where showsName dd (AName a) = showsPrec dd a instance IsName Name where toName = id@@ -135,32 +146,35 @@ -- prefixing them with a name. class Qualifiable q where -- | Qualify with the given name.- (|>) :: IsName a => a -> q -> q+ (.>>) :: IsName a => a -> q -> q -- | Of course, names can be qualified using @(.>)@. instance Qualifiable Name where- (|>) = (.>)+ (.>>) = (.>) instance Qualifiable a => Qualifiable (TransInv a) where- (|>) n = over (_Unwrapping' TransInv) (n |>)+ (.>>) n = over (_Unwrapping' TransInv) (n .>>) instance (Qualifiable a, Qualifiable b) => Qualifiable (a,b) where- n |> (a,b) = (n |> a, n |> b)+ n .>> (a,b) = (n .>> a, n .>> b) instance (Qualifiable a, Qualifiable b, Qualifiable c) => Qualifiable (a,b,c) where- n |> (a,b,c) = (n |> a, n |> b, n |> c)+ n .>> (a,b,c) = (n .>> a, n .>> b, n .>> c) instance Qualifiable a => Qualifiable [a] where- n |> as = map (n |>) as+ n .>> as = map (n .>>) as instance (Ord a, Qualifiable a) => Qualifiable (S.Set a) where- n |> s = S.map (n |>) s+ n .>> s = S.map (n .>>) s instance Qualifiable a => Qualifiable (M.Map k a) where- n |> m = fmap (n |>) m+ n .>> m = fmap (n .>>) m instance Qualifiable a => Qualifiable (b -> a) where- n |> f = (n |>) . f+ n .>> f = (n .>>) . f -infixr 5 |>+instance Qualifiable a => Qualifiable (Measured n a) where+ n .>> m = fmap (n .>>) m++infixr 5 .>> infixr 5 .>
src/Diagrams/Core/Points.hs view
@@ -1,5 +1,4 @@-{-# LANGUAGE FlexibleContexts #-}-{-# LANGUAGE RankNTypes #-}+{-# LANGUAGE RankNTypes #-} {-# LANGUAGE TypeFamilies #-} -----------------------------------------------------------------------------@@ -16,25 +15,41 @@ module Diagrams.Core.Points ( -- * Points - Point(..), origin, (*.)- , _relative+ Point(..), origin, (*.), relative, _Point + , reflectThrough, mirror, relative2, relative3 ) where --- We import from Data.AffineSpace.Point (defined in the--- vector-space-points package) and re-export. We also define an--- instance of V for Point here.+import Control.Lens (over) -import Control.Lens (Iso', iso)+import Linear.Affine+import Linear.Vector -import Data.AffineSpace.Point-import Data.AffineSpace+import Diagrams.Core.V -import Diagrams.Core.V+type instance V (Point v n) = v+type instance N (Point v n) = n -type instance V (Point v) = v+mirror :: (Additive v, Num n) => Point v n -> Point v n+mirror = reflectThrough origin --- | An isomorphism between points and vectors, given a reference--- point. This is provided for defining new lenses on points.-_relative :: AffineSpace (Point v) => Point v -> Iso' (Point v) v-_relative p0 = iso (.-. p0) (p0 .+^)+-- | Scale a point by a scalar. Specialized version of '(*^)'.+(*.) :: (Functor v, Num n) => n -> Point v n -> Point v n+(*.) = (*^)++-- | Apply a transformation relative to the given point.+relative2 :: (Additive v, Num n)+ => Point v n -> (v n -> v n -> v n)+ -> Point v n -> Point v n -> Point v n+relative2 p f x y = (p .+^) $ f (inj x) (inj y) where inj = (.-. p)++-- | Apply a transformation relative to the given point.+relative3 :: (Additive v, Num n)+ => Point v n -> (v n -> v n -> v n -> v n)+ -> Point v n -> Point v n -> Point v n -> Point v n+relative3 p f x y z = (p .+^) $ f (inj x) (inj y) (inj z) where inj = (.-. p)++-- | Mirror a point through a given point.+reflectThrough :: (Additive v, Num n) => Point v n -> Point v n -> Point v n+reflectThrough o = over (relative o) negated+
src/Diagrams/Core/Query.hs view
@@ -1,13 +1,12 @@-{-# LANGUAGE FlexibleInstances- , GeneralizedNewtypeDeriving- , MultiParamTypeClasses- , TemplateHaskell- , TypeFamilies- #-}+{-# LANGUAGE FlexibleInstances #-}+{-# LANGUAGE GeneralizedNewtypeDeriving #-}+{-# LANGUAGE MultiParamTypeClasses #-}+{-# LANGUAGE TypeFamilies #-}+{-# OPTIONS_GHC -fno-warn-unused-imports #-} ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.Query--- Copyright : (c) 2011 diagrams-core team (see LICENSE)+-- Copyright : (c) 2011-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -17,20 +16,19 @@ ----------------------------------------------------------------------------- module Diagrams.Core.Query- ( Query(Query), runQuery- ) where+ ( Query (..)+ ) where -import Control.Applicative-import Control.Lens (Wrapped(..), Rewrapped, iso)-import Data.Semigroup+import Control.Applicative+import Control.Lens (Rewrapped, Wrapped (..), iso)+import Data.Semigroup -import Data.AffineSpace-import Data.VectorSpace+import Linear.Affine+import Linear.Vector -import Diagrams.Core.HasOrigin-import Diagrams.Core.Points-import Diagrams.Core.Transform-import Diagrams.Core.V+import Diagrams.Core.HasOrigin+import Diagrams.Core.Transform+import Diagrams.Core.V ------------------------------------------------------------ -- Queries -----------------------------------------------@@ -42,19 +40,20 @@ -- -- The idea for annotating diagrams with monoidal queries came from -- the graphics-drawingcombinators package, <http://hackage.haskell.org/package/graphics-drawingcombinators>.-newtype Query v m = Query { runQuery :: Point v -> m }+newtype Query v n m = Query { runQuery :: Point v n -> m } deriving (Functor, Applicative, Semigroup, Monoid) -instance Wrapped (Query v m) where- type Unwrapped (Query v m) = (Point v -> m)- _Wrapped' = iso runQuery Query+instance Wrapped (Query v n m) where+ type Unwrapped (Query v n m) = Point v n -> m+ _Wrapped' = iso runQuery Query -instance Rewrapped (Query v m) (Query v' m')+instance Rewrapped (Query v a m) (Query v' a' m') -type instance V (Query v m) = v+type instance V (Query v n m) = v+type instance N (Query v n m) = n -instance VectorSpace v => HasOrigin (Query v m) where+instance (Additive v, Num n) => HasOrigin (Query v n m) where moveOriginTo (P u) (Query f) = Query $ \p -> f (p .+^ u) -instance HasLinearMap v => Transformable (Query v m) where+instance (Additive v, Num n) => Transformable (Query v n m) where transform t (Query f) = Query $ f . papply (inv t)
src/Diagrams/Core/Style.hs view
@@ -1,21 +1,19 @@-{-# LANGUAGE DeriveDataTypeable #-}+{-# LANGUAGE DataKinds #-} {-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE GADTs #-}-{-# LANGUAGE KindSignatures #-} {-# LANGUAGE MultiParamTypeClasses #-} {-# LANGUAGE Rank2Types #-} {-# LANGUAGE ScopedTypeVariables #-}-{-# LANGUAGE TemplateHaskell #-} {-# LANGUAGE TypeFamilies #-}-{-# LANGUAGE UndecidableInstances #-}+{-# LANGUAGE TypeOperators #-}+{-# LANGUAGE ViewPatterns #-} --- The UndecidableInstances flag is needed under 6.12.3 for the--- HasStyle (a,b) instance.+{-# OPTIONS_GHC -fno-warn-unused-imports #-} ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.Style--- Copyright : (c) 2011 diagrams-core team (see LICENSE)+-- Copyright : (c) 2011-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -25,40 +23,64 @@ ----------------------------------------------------------------------------- module Diagrams.Core.Style- ( -- * Attributes- -- $attr+ ( -- * Attributes+ -- $attr - AttributeClass- , Attribute(..)- , mkAttr, mkTAttr, mkGTAttr, unwrapAttr- , applyAttr, applyTAttr, applyGTAttr+ AttributeClass+ , Attribute(..) - -- * Styles- -- $style+ -- ** Attributes prisms+ , _Attribute+ , _MAttribute+ , _TAttribute - , Style(..)- , attrToStyle, tAttrToStyle, gtAttrToStyle- , getAttr, setAttr, addAttr, combineAttr- , gmapAttrs+ -- ** Attributes utilities+ , unwrapAttribute+ , unmeasureAttribute+ , attributeType - , HasStyle(..)+ -- * Styles+ -- $style - ) where+ , Style(..) + -- ** Making styles+ , attributeToStyle++ -- ** Extracting attibutes from styles+ , getAttr+ , unmeasureAttrs++ -- ** Attibute lenses+ , atAttr+ , atMAttr+ , atTAttr++ -- ** Applying styles+ , applyAttr+ , applyMAttr+ , applyTAttr++ , HasStyle(..)++ ) where++import Control.Applicative import Control.Arrow ((***))-import Control.Lens (Rewrapped, Wrapped (..), iso, (%~),- (&))-import Data.Data-import Data.Data.Lens (template)+import Control.Lens hiding (transform)+import qualified Data.HashMap.Strict as HM import qualified Data.Map as M+import Data.Monoid.Action as A import Data.Semigroup import qualified Data.Set as S--import Data.Monoid.Action+import Data.Typeable +import Diagrams.Core.Measure import Diagrams.Core.Transform import Diagrams.Core.V +import Linear.Vector+ ------------------------------------------------------------ -- Attributes -------------------------------------------- ------------------------------------------------------------@@ -83,71 +105,100 @@ -- simply guarantees 'Typeable' and 'Semigroup' constraints. The -- 'Semigroup' instance for an attribute determines how it will combine -- with other attributes of the same type.-class (Typeable a, Semigroup a) => AttributeClass a where+class (Typeable a, Semigroup a) => AttributeClass a -- | An existential wrapper type to hold attributes. Some attributes -- are simply inert/static; some are affected by transformations; -- and some are affected by transformations and can be modified -- generically.-data Attribute v :: * where- Attribute :: AttributeClass a => a -> Attribute v- TAttribute :: (AttributeClass a, Transformable a, V a ~ v) => a -> Attribute v- GTAttribute :: (AttributeClass a, Data a, Transformable a, V a ~ v) => a -> Attribute v-- -- Note: one could imagine requiring all attributes to be generic,- -- but adding Data instances for everything would be a big pain in- -- the butt, especially for things in other packages which don't- -- export their constructors (e.g. FingerTree). Having three- -- different attribute wrappers is not ideal but it's far less work- -- than the alternative.+data Attribute (v :: * -> *) n :: * where+ Attribute :: AttributeClass a => a -> Attribute v n+ MAttribute :: AttributeClass a => Measured n a -> Attribute v n+ TAttribute :: (AttributeClass a, Transformable a, V a ~ v, N a ~ n) => a -> Attribute v n -type instance V (Attribute v) = v+type instance V (Attribute v n) = v+type instance N (Attribute v n) = n --- | Wrap up an attribute.-mkAttr :: AttributeClass a => a -> Attribute v-mkAttr = Attribute+-- | Attributes form a semigroup, where the semigroup operation simply+-- returns the right-hand attribute when the types do not match, and+-- otherwise uses the semigroup operation specific to the (matching)+-- types.+instance Typeable n => Semigroup (Attribute v n) where+ (Attribute a1) <> (preview _Attribute -> Just a2) = Attribute (a1 <> a2)+ (MAttribute a1) <> (preview _MAttribute -> Just a2) = MAttribute (a1 <> a2)+ (TAttribute a1) <> (preview _TAttribute -> Just a2) = TAttribute (a1 <> a2)+ _ <> a2 = a2 --- | Wrap up a transformable attribute.-mkTAttr :: (AttributeClass a, Transformable a, V a ~ v) => a -> Attribute v-mkTAttr = TAttribute+-- | 'TAttribute's are transformed directly, 'MAttribute's have their+-- local scale multiplied by the average scale of the transform.+-- Plain 'Attribute's are unaffected.+instance (Additive v, Traversable v, Floating n) => Transformable (Attribute v n) where+ transform _ (Attribute a) = Attribute a+ transform t (MAttribute a) = MAttribute $ scaleLocal (avgScale t) a+ transform t (TAttribute a) = TAttribute $ transform t a --- | Wrap up a transformable and generic attribute.-mkGTAttr :: (AttributeClass a, Data a, Transformable a, V a ~ v) => a -> Attribute v-mkGTAttr = GTAttribute+-- | Shows the kind of attribute and the type contained in the+-- attribute.+instance Typeable n => Show (Attribute v n) where+ showsPrec d attr = showParen (d > 10) $ case attr of+ Attribute a -> showString "Attribute " . showsPrec 11 (typeOf a)+ MAttribute a -> showString "MAttribute " . showsPrec 11 (mType a)+ TAttribute a -> showString "TAttribute " . showsPrec 11 (typeOf a) -- | Unwrap an unknown 'Attribute' type, performing a dynamic (but--- safe) check on the type of the result. If the required type+-- safe) check on the type of the result. If the required type -- matches the type of the attribute, the attribute value is -- returned wrapped in @Just@; if the types do not match, @Nothing@ -- is returned.-unwrapAttr :: AttributeClass a => Attribute v -> Maybe a-unwrapAttr (Attribute a) = cast a-unwrapAttr (TAttribute a) = cast a-unwrapAttr (GTAttribute a) = cast a+--+-- Measured attributes cannot be extrated from this function until+-- they have been unmeasured with 'unmeasureAttribute'. If you want a+-- measured attibute use the '_MAttribute' prism.+unwrapAttribute :: AttributeClass a => Attribute v n -> Maybe a+unwrapAttribute (Attribute a) = cast a+unwrapAttribute (MAttribute _) = Nothing+unwrapAttribute (TAttribute a) = cast a+{-# INLINE unwrapAttribute #-} --- | Attributes form a semigroup, where the semigroup operation simply--- returns the right-hand attribute when the types do not match, and--- otherwise uses the semigroup operation specific to the (matching)--- types.-instance Semigroup (Attribute v) where- (Attribute a1) <> a2 =- case unwrapAttr a2 of- Nothing -> a2- Just a2' -> Attribute (a1 <> a2')- (TAttribute a1) <> a2 =- case unwrapAttr a2 of- Nothing -> a2- Just a2' -> TAttribute (a1 <> a2')- (GTAttribute a1) <> a2 =- case unwrapAttr a2 of- Nothing -> a2- Just a2' -> GTAttribute (a1 <> a2')+-- | Prism onto an 'Attribute'.+_Attribute :: AttributeClass a => Prism' (Attribute v n) a+_Attribute = prism' Attribute $ \t -> case t of Attribute a -> cast a; _ -> Nothing+{-# INLINE _Attribute #-} -instance HasLinearMap v => Transformable (Attribute v) where- transform _ (Attribute a) = Attribute a- transform t (TAttribute a) = TAttribute (transform t a)- transform t (GTAttribute a) = GTAttribute (transform t a)+-- | Prism onto an 'MAttribute'.+_MAttribute :: (AttributeClass a, Typeable n) => Prism' (Attribute v n) (Measured n a)+_MAttribute = prism' MAttribute $ \t -> case t of MAttribute a -> cast a; _ -> Nothing+{-# INLINE _MAttribute #-} +-- | Prism onto a 'TAttribute'.+_TAttribute :: (V a ~ v, N a ~ n, AttributeClass a, Transformable a)+ => Prism' (Attribute v n) a+_TAttribute = prism' TAttribute $ \t -> case t of TAttribute a -> cast a; _ -> Nothing+{-# INLINE _TAttribute #-}++-- | Turn an 'MAttribute' into an 'Attribute' using the given 'global'+-- and 'normalized' scale.+unmeasureAttribute :: (Num n, Typeable n)+ => n -> n -> Attribute v n -> Attribute v n+unmeasureAttribute g n (MAttribute m) = Attribute (fromMeasured g n m)+unmeasureAttribute _ _ a = a++-- | Type of an attribute that is stored with a style. Measured+-- attributes return the type as if it where unmeasured.+attributeType :: Attribute v n -> TypeRep+attributeType (Attribute a) = typeOf a+attributeType (MAttribute a) = mType a+attributeType (TAttribute a) = typeOf a++-- Note that we use type 'a' not 'Measured n a' so we don't have to rebuild+-- when unmeasuring the attributes.+mType :: forall n a. Typeable a => Measured n a -> TypeRep+mType _ = typeOf (undefined :: a)++-- naming convention: "Attribute" deals with the 'AttibuteType'+-- directly and "Attr" is for other things (like styles). Users should+-- rarely (if at all) deal with the 'Attibute' type directly.+ ------------------------------------------------------------ -- Styles ------------------------------------------------ ------------------------------------------------------------@@ -160,102 +211,128 @@ -- | A @Style@ is a heterogeneous collection of attributes, containing -- at most one attribute of any given type.-newtype Style v = Style (M.Map String (Attribute v))- -- The String keys are serialized TypeRep values, corresponding to- -- the type of the stored attribute.+newtype Style v n = Style (HM.HashMap TypeRep (Attribute v n)) -instance Wrapped (Style v) where- type Unwrapped (Style v) = M.Map String (Attribute v)- _Wrapped' = iso (\(Style m) -> m) Style+-- instances ----------------------------------------------------------- -instance Rewrapped (Style v) (Style v')+type instance V (Style v n) = v+type instance N (Style v n) = n -type instance V (Style v) = v+instance Rewrapped (Style v n) (Style v' n')+instance Wrapped (Style v n) where+ type Unwrapped (Style v n) = HM.HashMap TypeRep (Attribute v n)+ _Wrapped' = iso (\(Style m) -> m) Style+ {-# INLINE _Wrapped' #-} --- | Helper function for operating on styles.-inStyle :: (M.Map String (Attribute v) -> M.Map String (Attribute v))- -> Style v -> Style v-inStyle f (Style s) = Style (f s)+instance Each (Style v n) (Style v' n') (Attribute v n) (Attribute v' n') where+ each = _Wrapped . each+ {-# INLINE each #-} --- | Extract an attribute from a style of a particular type. If the--- style contains an attribute of the requested type, it will be--- returned wrapped in @Just@; otherwise, @Nothing@ is returned.-getAttr :: forall a v. AttributeClass a => Style v -> Maybe a-getAttr (Style s) = M.lookup ty s >>= unwrapAttr- where ty = show . typeOf $ (undefined :: a)- -- the unwrapAttr should never fail, since we maintain the invariant- -- that attributes of type T are always stored with the key "T".+type instance Index (Style v n) = TypeRep+type instance IxValue (Style v n) = Attribute v n --- | Create a style from a single attribute.-attrToStyle :: forall a v. AttributeClass a => a -> Style v-attrToStyle a = Style (M.singleton (show . typeOf $ (undefined :: a)) (mkAttr a))+instance Ixed (Style v n) where+ ix k = _Wrapped' . ix k+ {-# INLINE ix #-} --- | Create a style from a single transformable attribute.-tAttrToStyle :: forall a v. (AttributeClass a, Transformable a, V a ~ v) => a -> Style v-tAttrToStyle a = Style (M.singleton (show . typeOf $ (undefined :: a)) (mkTAttr a))+instance At (Style v n) where+ at k = _Wrapped' . at k+ {-# INLINE at #-} --- | Create a style from a single transformable, generic attribute.-gtAttrToStyle :: forall a v. (AttributeClass a, Data a, Transformable a, V a ~ v) => a -> Style v-gtAttrToStyle a = Style (M.singleton (show . typeOf $ (undefined :: a)) (mkGTAttr a))+-- | Combine a style by combining the attributes; if the two styles have+-- attributes of the same type they are combined according to their+-- semigroup structure.+instance Typeable n => Semigroup (Style v n) where+ Style s1 <> Style s2 = Style $ HM.unionWith (<>) s1 s2 --- | Add a new attribute to a style, or replace the old attribute of--- the same type if one exists.-setAttr :: forall a v. AttributeClass a => a -> Style v -> Style v-setAttr a = inStyle $ M.insert (show . typeOf $ (undefined :: a)) (mkAttr a)+-- | The empty style contains no attributes.+instance Typeable n => Monoid (Style v n) where+ mempty = Style HM.empty+ mappend = (<>) --- | Attempt to add a new attribute to a style, but if an attribute of--- the same type already exists, do not replace it.-addAttr :: AttributeClass a => a -> Style v -> Style v-addAttr a s = attrToStyle a <> s+instance (Additive v, Traversable v, Floating n) => Transformable (Style v n) where+ transform t = over each (transform t) --- | Add a new attribute to a style that does not already contain an--- attribute of this type, or combine it on the left with an existing--- attribute.-combineAttr :: AttributeClass a => a -> Style v -> Style v-combineAttr a s =- case getAttr s of- Nothing -> setAttr a s- Just a' -> setAttr (a <> a') s+-- | Styles have no action on other monoids.+instance A.Action (Style v n) m --- | Map generically over all generic attributes in a style, applying--- the given function to any values with the given type, even deeply--- nested ones. Note that only attributes wrapped in 'GTAttribute'--- are affected.-gmapAttrs :: forall v a. Typeable a => (a -> a) -> Style v -> Style v-gmapAttrs f = (inStyle . M.map) gmapAttr- where- gmapAttr :: Attribute v -> Attribute v- gmapAttr (GTAttribute a) = GTAttribute (a & template %~ f)- gmapAttr a = a+-- | Show the attributes in the style.+instance Typeable n => Show (Style v n) where+ showsPrec d sty = showParen (d > 10) $+ showString "Style " . showsPrec d (sty ^.. each) -instance Semigroup (Style v) where- Style s1 <> Style s2 = Style $ M.unionWith (<>) s1 s2+-- making styles ------------------------------------------------------- --- | The empty style contains no attributes; composition of styles is--- a union of attributes; if the two styles have attributes of the--- same type they are combined according to their semigroup--- structure.-instance Monoid (Style v) where- mempty = Style M.empty- mappend = (<>)+-- | Turn an attribute into a style. An easier way to make a style is to+-- use the monoid instance and apply library functions for applying+-- that attribute:+--+-- @+-- myStyle = mempty # fc blue :: Style V2 Double+-- @+attributeToStyle :: Attribute v n -> Style v n+attributeToStyle a = Style $ HM.singleton (attributeType a) a +-- extracting attributes ----------------------------------------------- -instance HasLinearMap v => Transformable (Style v) where- transform t = inStyle $ M.map (transform t)+-- | Extract an attribute from a style of a particular type. If the+-- style contains an attribute of the requested type, it will be+-- returned wrapped in @Just@; otherwise, @Nothing@ is returned.+--+-- Trying to extract a measured attibute will fail. It either has to+-- be unmeasured with 'unmeasureAttrs' or use the 'atMAttr' lens.+getAttr :: forall a v n. AttributeClass a => Style v n -> Maybe a+getAttr (Style s) = HM.lookup ty s >>= unwrapAttribute+ where ty = typeOf (undefined :: a)+ -- unwrapAttribute can fail if someone tries to unwrap a measured+ -- attribute before it gets "unmeasured" --- | Styles have no action on other monoids.-instance Action (Style v) m+-- | Replace all 'MAttribute's with 'Attribute's using the 'global' and+-- 'normalized' scales.+unmeasureAttrs :: (Num n, Typeable n) => n -> n -> Style v n -> Style v n+unmeasureAttrs g n = over each (unmeasureAttribute g n) +-- style lenses --------------------------------------------------------++mkAttrLens :: forall v n a. Typeable a+ => (a -> TypeRep)+ -> Prism' (Attribute v n) a+ -> Lens' (Style v n) (Maybe a)+mkAttrLens tyF p f sty =+ f (sty ^? ix ty . p) <&> \mAtt -> sty & at ty .~ (review p <$> mAtt)+ where ty = tyF (undefined :: a)+{-# INLINE mkAttrLens #-}++-- | Lens onto a plain attribute of a style.+atAttr :: AttributeClass a+ => Lens' (Style v n) (Maybe a)+atAttr = mkAttrLens typeOf _Attribute+{-# INLINE atAttr #-}++-- | Lens onto a measured attribute of a style.+atMAttr :: (AttributeClass a, Typeable n)+ => Lens' (Style v n) (Maybe (Measured n a))+atMAttr = mkAttrLens mType _MAttribute+{-# INLINE atMAttr #-}++-- | Lens onto a transformable attribute of a style.+atTAttr :: (V a ~ v, N a ~ n, AttributeClass a, Transformable a)+ => Lens' (Style v n) (Maybe a)+atTAttr = mkAttrLens typeOf _TAttribute+{-# INLINE atTAttr #-}++-- applying styles -----------------------------------------------------+ -- | Type class for things which have a style. class HasStyle a where -- | /Apply/ a style by combining it (on the left) with the -- existing style.- applyStyle :: Style (V a) -> a -> a+ applyStyle :: Style (V a) (N a) -> a -> a -instance HasStyle (Style v) where+instance Typeable n => HasStyle (Style v n) where applyStyle = mappend -instance (HasStyle a, HasStyle b, V a ~ V b) => HasStyle (a,b) where+instance (HasStyle a, HasStyle b, V a ~ V b, N a ~ N b) => HasStyle (a,b) where applyStyle s = applyStyle s *** applyStyle s instance HasStyle a => HasStyle [a] where@@ -270,20 +347,28 @@ instance (HasStyle a, Ord a) => HasStyle (S.Set a) where applyStyle = S.map . applyStyle +instance HasStyle b => HasStyle (Measured n b) where+ applyStyle = fmap . applyStyle+ -- | Apply an attribute to an instance of 'HasStyle' (such as a--- diagram or a style). If the object already has an attribute of+-- diagram or a style). If the object already has an attribute of -- the same type, the new attribute is combined on the left with the -- existing attribute, according to their semigroup structure. applyAttr :: (AttributeClass a, HasStyle d) => a -> d -> d-applyAttr = applyStyle . attrToStyle+applyAttr = applyStyle . attributeToStyle . Attribute +-- | Apply a measured attribute to an instance of 'HasStyle' (such as a+-- diagram or a style). If the object already has an attribute of+-- the same type, the new attribute is combined on the left with the+-- existing attribute, according to their semigroup structure.+applyMAttr :: (AttributeClass a, N d ~ n, HasStyle d, Typeable n) => Measured n a -> d -> d+applyMAttr = applyStyle . attributeToStyle . MAttribute+ -- | Apply a transformable attribute to an instance of 'HasStyle'--- (such as a diagram or a style). If the object already has an+-- (such as a diagram or a style). If the object already has an -- attribute of the same type, the new attribute is combined on the -- left with the existing attribute, according to their semigroup -- structure.-applyTAttr :: (AttributeClass a, Transformable a, V a ~ V d, HasStyle d) => a -> d -> d-applyTAttr = applyStyle . tAttrToStyle+applyTAttr :: (AttributeClass a, Transformable a, V a ~ V d, N a ~ N d, HasStyle d) => a -> d -> d+applyTAttr = applyStyle . attributeToStyle . TAttribute -applyGTAttr :: (AttributeClass a, Data a, Transformable a, V a ~ V d, HasStyle d) => a -> d -> d-applyGTAttr = applyStyle . gtAttrToStyle
src/Diagrams/Core/Trace.hs view
@@ -1,16 +1,16 @@+{-# LANGUAGE CPP #-} {-# LANGUAGE FlexibleContexts #-} {-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE MultiParamTypeClasses #-} {-# LANGUAGE StandaloneDeriving #-}-{-# LANGUAGE TemplateHaskell #-} {-# LANGUAGE TypeFamilies #-} {-# LANGUAGE UndecidableInstances #-} ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.Trace--- Copyright : (c) 2012 diagrams-core team (see LICENSE)+-- Copyright : (c) 2012-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -49,21 +49,23 @@ ) where +#if __GLASGOW_HASKELL__ < 710 import Control.Applicative+#endif import Control.Lens import Data.List (sort) import qualified Data.Map as M import Data.Semigroup import qualified Data.Set as S -import Data.AffineSpace-import Data.VectorSpace- import Diagrams.Core.HasOrigin-import Diagrams.Core.Points import Diagrams.Core.Transform import Diagrams.Core.V +import Linear.Affine+import Linear.Vector++ ------------------------------------------------------------ -- SortedList -------------------------------------------- ------------------------------------------------------------@@ -90,12 +92,12 @@ -- | Apply a list function to a 'SortedList'. The function need not -- result in a sorted list; the result will be sorted before being -- rewrapped as a 'SortedList'.-onSortedList :: Ord b => ([a] -> [b]) -> (SortedList a -> SortedList b)+onSortedList :: Ord b => ([a] -> [b]) -> SortedList a -> SortedList b onSortedList f = unsafeOnSortedList (sort . f) -- | Apply an /order-preserving/ list function to a 'SortedList'. No -- sorts or checks are done.-unsafeOnSortedList :: ([a] -> [b]) -> (SortedList a -> SortedList b)+unsafeOnSortedList :: ([a] -> [b]) -> SortedList a -> SortedList b unsafeOnSortedList f (SortedList as) = SortedList (f as) -- | Merge two sorted lists. The result is the sorted list containing@@ -139,15 +141,15 @@ -- -- <<diagrams/src_Diagrams_Core_Trace_traceEx.svg#diagram=traceEx&width=200>> -newtype Trace v = Trace { appTrace :: Point v -> v -> SortedList (Scalar v) }+newtype Trace v n = Trace { appTrace :: Point v n -> v n -> SortedList n } -instance Wrapped (Trace v) where- type Unwrapped (Trace v) = Point v -> v -> SortedList (Scalar v)- _Wrapped' = iso appTrace Trace+instance Wrapped (Trace v n) where+ type Unwrapped (Trace v n) = Point v n -> v n -> SortedList n+ _Wrapped' = iso appTrace Trace -instance Rewrapped (Trace v) (Trace v')+instance Rewrapped (Trace v n) (Trace v' n') -mkTrace :: (Point v -> v -> SortedList (Scalar v)) -> Trace v+mkTrace :: (Point v n -> v n -> SortedList n) -> Trace v n mkTrace = Trace -- | Traces form a semigroup with pointwise minimum as composition.@@ -155,36 +157,37 @@ -- @e2@ is the trace for @d2@, then @e1 \`mappend\` e2@ -- is the trace for @d1 \`atop\` d2@. -deriving instance (Ord (Scalar v)) => Semigroup (Trace v)+deriving instance (Ord n) => Semigroup (Trace v n) -deriving instance (Ord (Scalar v)) => Monoid (Trace v)+deriving instance (Ord n) => Monoid (Trace v n) -type instance V (Trace v) = v+type instance V (Trace v n) = v+type instance N (Trace v n) = n -instance (VectorSpace v) => HasOrigin (Trace v) where- moveOriginTo (P u) = (_Wrapping' Trace) %~ \f p -> f (p .+^ u)+instance (Additive v, Num n) => HasOrigin (Trace v n) where+ moveOriginTo (P u) = _Wrapping' Trace %~ \f p -> f (p .+^ u) -instance Show (Trace v) where+instance Show (Trace v n) where show _ = "<trace>" ------------------------------------------------------------ -- Transforming traces ----------------------------------- ------------------------------------------------------------ -instance HasLinearMap v => Transformable (Trace v) where- transform t = _Wrapped' %~ \f p v -> f (papply (inv t) p) (apply (inv t) v)+instance (Additive v, Num n) => Transformable (Trace v n) where+ transform t = _Wrapped %~ \f p v -> f (papply (inv t) p) (apply (inv t) v) ------------------------------------------------------------ -- Traced class ------------------------------------------ ------------------------------------------------------------ -- | @Traced@ abstracts over things which have a trace.-class (Ord (Scalar (V a)), VectorSpace (V a)) => Traced a where+class (Additive (V a), Ord (N a)) => Traced a where -- | Compute the trace of an object.- getTrace :: a -> Trace (V a)+ getTrace :: a -> Trace (V a) (N a) -instance (Ord (Scalar v), VectorSpace v) => Traced (Trace v) where+instance (Additive v, Ord n) => Traced (Trace v n) where getTrace = id -- | The trace of a single point is the empty trace, /i.e./ the one@@ -193,13 +196,13 @@ -- directly at the given point, but due to floating-point inaccuracy -- this is problematic. Note that the envelope for a single point -- is /not/ the empty envelope (see "Diagrams.Core.Envelope").-instance (Ord (Scalar v), VectorSpace v) => Traced (Point v) where+instance (Additive v, Ord n) => Traced (Point v n) where getTrace = const mempty instance Traced t => Traced (TransInv t) where getTrace = getTrace . op TransInv -instance (Traced a, Traced b, V a ~ V b) => Traced (a,b) where+instance (Traced a, Traced b, SameSpace a b) => Traced (a,b) where getTrace (x,y) = getTrace x <> getTrace y instance (Traced b) => Traced [b] where@@ -226,7 +229,7 @@ -- intersection, which is often more intuitive behavior. -- -- <<diagrams/src_Diagrams_Core_Trace_traceVEx.svg#diagram=traceVEx&width=600>>-traceV :: Traced a => Point (V a) -> V a -> a -> Maybe (V a)+traceV :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (V a n) traceV p v a = case getSortedList $ op Trace (getTrace a) p v of (s:_) -> Just (s *^ v) [] -> Nothing@@ -244,7 +247,7 @@ -- intersection, which is often more intuitive behavior. -- -- <<diagrams/src_Diagrams_Core_Trace_tracePEx.svg#diagram=tracePEx&width=600>>-traceP :: Traced a => Point (V a) -> V a -> a -> Maybe (Point (V a))+traceP :: (n ~ N a, Traced a, Num n) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n) traceP p v a = (p .+^) <$> traceV p v a -- > tracePEx = mkTraceDiasABC def { sFilter = take 1 }@@ -257,8 +260,8 @@ -- example shown below.) -- -- <<diagrams/src_Diagrams_Core_Trace_maxTraceVEx.svg#diagram=maxTraceVEx&width=600>>-maxTraceV :: Traced a => Point (V a) -> V a -> a -> Maybe (V a)-maxTraceV p = traceV p . negateV+maxTraceV :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (V a n)+maxTraceV p = traceV p . negated -- > maxTraceVEx = mkTraceDiasABC def { drawV = True, sFilter = dropAllBut1 } @@ -269,7 +272,7 @@ -- vector, if all the boundary points are.) -- -- <<diagrams/src_Diagrams_Core_Trace_maxTracePEx.svg#diagram=maxTracePEx&width=600>>-maxTraceP :: Traced a => Point (V a) -> V a -> a -> Maybe (Point (V a))+maxTraceP :: (n ~ N a, Num n, Traced a) => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n) maxTraceP p v a = (p .+^) <$> maxTraceV p v a -- > maxTracePEx = mkTraceDiasABC def { sFilter = dropAllBut1 }@@ -279,7 +282,7 @@ -- boundary points, /i.e./ those boundary points given by a positive -- scalar multiple of the direction vector. Note, this property -- will be destroyed if the resulting 'Trace' is translated at all.-getRayTrace :: (Traced a, Num (Scalar (V a))) => a -> Trace (V a)+getRayTrace :: (n ~ N a, Traced a, Num n) => a -> Trace (V a) n getRayTrace a = Trace $ \p v -> unsafeOnSortedList (dropWhile (<0)) $ appTrace (getTrace a) p v -- | Compute the vector from the given point to the closest boundary@@ -294,8 +297,8 @@ -- 'traceV'. -- -- <<diagrams/src_Diagrams_Core_Trace_rayTraceVEx.svg#diagram=rayTraceVEx&width=600>>-rayTraceV :: (Traced a, Num (Scalar (V a)))- => Point (V a) -> V a -> a -> Maybe (V a)+rayTraceV :: (n ~ N a, Traced a, Num n)+ => Point (V a) n -> V a n -> a -> Maybe (V a n) rayTraceV p v a = case getSortedList $ op Trace (getRayTrace a) p v of (s:_) -> Just (s *^ v) [] -> Nothing@@ -313,8 +316,8 @@ -- camera. -- -- <<diagrams/src_Diagrams_Core_Trace_rayTracePEx.svg#diagram=rayTracePEx&width=600>>-rayTraceP :: (Traced a, Num (Scalar (V a)))- => Point (V a) -> V a -> a -> Maybe (Point (V a))+rayTraceP :: (n ~ N a, Traced a, Num n)+ => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n) rayTraceP p v a = (p .+^) <$> rayTraceV p v a -- > rayTracePEx = mkTraceDiasABC def { sFilter = take 1 . filter (>0) }@@ -325,12 +328,12 @@ -- /positive/ boundary points. -- -- <<diagrams/src_Diagrams_Core_Trace_maxRayTraceVEx.svg#diagram=maxRayTraceVEx&width=600>>-maxRayTraceV :: (Traced a, Num (Scalar (V a)))- => Point (V a) -> V a -> a -> Maybe (V a)+maxRayTraceV :: (n ~ N a, Traced a, Num n)+ => Point (V a) n -> V a n -> a -> Maybe (V a n) maxRayTraceV p v a = case getSortedList $ op Trace (getRayTrace a) p v of [] -> Nothing- xs -> Just ((last xs) *^ v)+ xs -> Just (last xs *^ v) -- > maxRayTraceVEx = mkTraceDiasABC def { drawV = True, sFilter = dropAllBut1 . filter (>0) } @@ -340,8 +343,8 @@ -- points. -- -- <<diagrams/src_Diagrams_Core_Trace_maxRayTracePEx.svg#diagram=maxRayTracePEx&width=600>>-maxRayTraceP :: (Traced a, Num (Scalar (V a)))- => Point (V a) -> V a -> a -> Maybe (Point (V a))+maxRayTraceP :: (n ~ N a, Traced a, Num n)+ => Point (V a) n -> V a n -> a -> Maybe (Point (V a) n) maxRayTraceP p v a = (p .+^) <$> maxRayTraceV p v a -- > maxRayTracePEx = mkTraceDiasABC def { sFilter = dropAllBut1 . filter (>0) }@@ -355,7 +358,7 @@ -- > import Control.Lens ((^.)) -- > import Data.Maybe (fromMaybe) -- >--- > thingyT :: Trail R2+-- > thingyT :: Trail V2 Double -- > thingyT = -- > fromOffsets -- > [ 3 *^ unitX, 3 *^ unitY, 2 *^ unit_X, 1 *^ unit_Y@@ -364,9 +367,9 @@ -- > thingy = strokeTrail thingyT -- > -- > data TraceDiaOpts--- > = TDO { traceShape :: Diagram B R2--- > , basePt :: P2--- > , dirV :: R2+-- > = TDO { traceShape :: Diagram B+-- > , basePt :: P2 Double+-- > , dirV :: V2 Double -- > , sFilter :: [Double] -> [Double] -- > , drawV :: Bool -- > }@@ -383,14 +386,14 @@ -- > pointB = 1 ^& 1.2 -- > pointC = 2.5 ^& 3.5 -- >--- > dot = circle 0.05 # lw none+-- > dot' = circle 0.05 # lw none -- >--- > mkTraceDia :: TraceDiaOpts -> Diagram B R2+-- > mkTraceDia :: TraceDiaOpts -> Diagram B -- > mkTraceDia tdo = mconcat--- > [ mconcat $ map (place (dot # fc red)) pts+-- > [ mconcat $ map (place (dot' # fc red)) pts -- > , if drawV tdo then resultArrow else mempty -- > , arrowAt (basePt tdo) (dirV tdo) # lc blue--- > , dot # fc blue # moveTo (basePt tdo)+-- > , dot' # fc blue # moveTo (basePt tdo) -- > , traceLine (basePt tdo) maxPosPt -- > , traceLine (basePt tdo) minNegPt -- > , traceShape tdo@@ -417,9 +420,8 @@ -- > traceLine _ Nothing = mempty -- > traceLine p (Just q) = (p ~~ q) # dashingG [0.1,0.1] 0 -- >--- > mkTraceDias :: [TraceDiaOpts] -> Diagram B R2+-- > mkTraceDias :: [TraceDiaOpts] -> Diagram B -- > mkTraceDias = hcat' (with & sep .~ 1) . map mkTraceDia -- >--- > mkTraceDiasABC :: TraceDiaOpts -> Diagram B R2+-- > mkTraceDiasABC :: TraceDiaOpts -> Diagram B -- > mkTraceDiasABC tdo = mkTraceDias (map (\p -> tdo { basePt = p }) [pointA, pointB, pointC])-
src/Diagrams/Core/Transform.hs view
@@ -1,20 +1,17 @@-{-# LANGUAGE TypeOperators- , FlexibleContexts- , FlexibleInstances- , UndecidableInstances- , TypeFamilies- , MultiParamTypeClasses- , GeneralizedNewtypeDeriving- , TemplateHaskell- , TypeFamilies- , TypeSynonymInstances- , ScopedTypeVariables- #-}-+{-# LANGUAGE FlexibleContexts #-}+{-# LANGUAGE FlexibleInstances #-}+{-# LANGUAGE GeneralizedNewtypeDeriving #-}+{-# LANGUAGE MultiParamTypeClasses #-}+{-# LANGUAGE ScopedTypeVariables #-}+{-# LANGUAGE TypeFamilies #-}+{-# LANGUAGE TypeOperators #-}+{-# LANGUAGE TypeSynonymInstances #-}+{-# LANGUAGE UndecidableInstances #-}+{-# OPTIONS_GHC -fno-warn-unused-imports #-} ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.Transform--- Copyright : (c) 2011 diagrams-core team (see LICENSE)+-- Copyright : (c) 2011-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -41,6 +38,8 @@ , apply , papply , fromLinear+ , fromOrthogonal+ , fromSymmetric , basis , dimension , onBasis@@ -48,11 +47,14 @@ , matrixRep , matrixHomRep , determinant+ , isReflection , avgScale+ , eye -- * The Transformable class , HasLinearMap+ , HasBasis , Transformable(..) -- * Translational invariance@@ -69,22 +71,23 @@ ) where -import Control.Lens (Wrapped(..), Rewrapped, iso)-import qualified Data.Map as M+import Control.Lens (Rewrapped, Traversable, Wrapped (..),+ iso, (&), (.~))+import qualified Data.Map as M import Data.Semigroup-import qualified Data.Set as S+import qualified Data.Set as S -import Data.AdditiveGroup-import Data.AffineSpace ((.-.))-import Data.Basis-import Data.LinearMap-import Data.MemoTrie import Data.Monoid.Action import Data.Monoid.Deletable-import Data.VectorSpace +import Linear.Affine+import Linear.Vector++import Data.Foldable (Foldable, toList)+import Data.Functor.Rep+ import Diagrams.Core.HasOrigin-import Diagrams.Core.Points+import Diagrams.Core.Points () import Diagrams.Core.V ------------------------------------------------------------@@ -96,21 +99,21 @@ ------------------------------------------------------- -- | @(v1 :-: v2)@ is a linear map paired with its inverse.-data (:-:) u v = (u :-* v) :-: (v :-* u)+data (:-:) u v = (u -> v) :-: (v -> u) infixr 7 :-: -- | Create an invertible linear map from two functions which are -- assumed to be linear inverses.-(<->) :: (HasLinearMap u, HasLinearMap v) => (u -> v) -> (v -> u) -> (u :-: v)-f <-> g = linear f :-: linear g+(<->) :: (u -> v) -> (v -> u) -> (u :-: v)+f <-> g = f :-: g -instance HasLinearMap v => Semigroup (v :-: v) where- (f :-: f') <> (g :-: g') = f *.* g :-: g' *.* f'+instance Semigroup (a :-: a) where+ (f :-: f') <> (g :-: g') = f . g :-: g' . f' -- | Invertible linear maps from a vector space to itself form a -- monoid under composition.-instance HasLinearMap v => Monoid (v :-: v) where- mempty = idL :-: idL+instance Monoid (v :-: v) where+ mempty = id :-: id mappend = (<>) -- | Invert a linear map.@@ -118,8 +121,8 @@ linv (f :-: g) = g :-: f -- | Apply a linear map to a vector.-lapp :: (VectorSpace v, Scalar u ~ Scalar v, HasLinearMap u) => (u :-: v) -> u -> v-lapp (f :-: _) = lapply f+lapp :: (u :-: v) -> u -> v+lapp (f :-: _) = f -------------------------------------------------- -- Affine transformations ----------------------@@ -139,90 +142,95 @@ -- The reason we need to keep track of transposes is because it -- turns out that when transforming a shape according to some linear -- map L, the shape's /normal vectors/ transform according to L's--- inverse transpose. This is exactly what we need when--- transforming bounding functions, which are defined in terms of--- /perpendicular/ (i.e. normal) hyperplanes.+-- inverse transpose. (For a more detailed explanation and proof,+-- see <https://wiki.haskell.org/Diagrams/Dev/Transformations>.)+-- This is exactly what we need when transforming bounding+-- functions, which are defined in terms of /perpendicular/+-- (i.e. normal) hyperplanes. ----- For more general, non-invertable transformations, see+-- For more general, non-invertible transformations, see -- @Diagrams.Deform@ (in @diagrams-lib@). -data Transformation v = Transformation (v :-: v) (v :-: v) v+data Transformation v n = Transformation (v n :-: v n) (v n :-: v n) (v n) -type instance V (Transformation v) = v+type instance V (Transformation v n) = v+type instance N (Transformation v n) = n +-- | Identity matrix.+eye :: (HasBasis v, Num n) => v (v n)+eye = tabulate $ \(E e) -> zero & e .~ 1+ -- | Invert a transformation.-inv :: HasLinearMap v => Transformation v -> Transformation v+inv :: (Functor v, Num n) => Transformation v n -> Transformation v n inv (Transformation t t' v) = Transformation (linv t) (linv t')- (negateV (lapp (linv t) v))+ (negated (lapp (linv t) v)) -- | Get the transpose of a transformation (ignoring the translation -- component).-transp :: Transformation v -> (v :-: v)+transp :: Transformation v n -> (v n :-: v n) transp (Transformation _ t' _) = t' -- | Get the translational component of a transformation.-transl :: Transformation v -> v+transl :: Transformation v n -> v n transl (Transformation _ _ v) = v -- | Drop the translational component of a transformation, leaving only -- the linear part.-dropTransl :: AdditiveGroup v => Transformation v -> Transformation v-dropTransl (Transformation a a' _) = Transformation a a' zeroV+dropTransl :: (Additive v, Num n) => Transformation v n -> Transformation v n+dropTransl (Transformation a a' _) = Transformation a a' zero -- | Transformations are closed under composition; @t1 <> t2@ is the -- transformation which performs first @t2@, then @t1@.-instance HasLinearMap v => Semigroup (Transformation v) where+instance (Additive v, Num n) => Semigroup (Transformation v n) where Transformation t1 t1' v1 <> Transformation t2 t2' v2 = Transformation (t1 <> t2) (t2' <> t1') (v1 ^+^ lapp t1 v2) -instance HasLinearMap v => Monoid (Transformation v) where- mempty = Transformation mempty mempty zeroV+instance (Additive v, Num n) => Monoid (Transformation v n) where+ mempty = Transformation mempty mempty zero mappend = (<>) -- | Transformations can act on transformable things.-instance (HasLinearMap v, v ~ (V a), Transformable a)- => Action (Transformation v) a where+instance (Transformable a, V a ~ v, N a ~ n) => Action (Transformation v n) a where act = transform -- | Apply a transformation to a vector. Note that any translational -- component of the transformation will not affect the vector, since -- vectors are invariant under translation.-apply :: HasLinearMap v => Transformation v -> v -> v-apply (Transformation t _ _) = lapp t+apply :: Transformation v n -> v n -> v n+apply (Transformation (t :-: _) _ _) = t -- | Apply a transformation to a point.-papply :: HasLinearMap v => Transformation v -> Point v -> Point v+papply :: (Additive v, Num n) => Transformation v n -> Point v n -> Point v n papply (Transformation t _ v) (P p) = P $ lapp t p ^+^ v -- | Create a general affine transformation from an invertible linear -- transformation and its transpose. The translational component is -- assumed to be zero.-fromLinear :: AdditiveGroup v => (v :-: v) -> (v :-: v) -> Transformation v-fromLinear l1 l2 = Transformation l1 l2 zeroV+fromLinear :: (Additive v, Num n) => (v n :-: v n) -> (v n :-: v n) -> Transformation v n+fromLinear l1 l2 = Transformation l1 l2 zero --- | Get the matrix equivalent of the basis of the vector space v as--- a list of columns.-basis :: forall v. HasLinearMap v => [v]-basis = map basisValue b- where b = map fst (decompose (zeroV :: v))+-- | An orthogonal linear map is one whose inverse is also its transpose.+fromOrthogonal :: (Additive v, Num n) => (v n :-: v n) -> Transformation v n+fromOrthogonal t = fromLinear t (linv t) +-- | A symmetric linear map is one whose transpose is equal to its self.+fromSymmetric :: (Additive v, Num n) => (v n :-: v n) -> Transformation v n+fromSymmetric t = fromLinear t t+ -- | Get the dimension of an object whose vector space is an instance of -- @HasLinearMap@, e.g. transformations, paths, diagrams, etc.-dimension :: forall a. HasLinearMap (V a) => a -> Int-dimension _ = length (decompose (zeroV :: V a))+dimension :: forall a v. (V a ~ v, Additive v, Traversable v) => a -> Int+dimension _ = length (basis :: [v Int]) -- | Get the matrix equivalent of the linear transform, -- (as a list of columns) and the translation vector. This -- is mostly useful for implementing backends.-onBasis :: forall v. HasLinearMap v => Transformation v -> ([v], v)-onBasis t = (vmat, tr)- where- tr = transl t- vmat = map (apply t) basis+onBasis :: (Additive v, Traversable v, Num n) => Transformation v n -> ([v n], v n)+onBasis (Transformation (f :-: _) _ t) = (map f basis, t) -- Remove the nth element from a list remove :: Int -> [a] -> [a]-remove n xs = ys ++ (tail zs)+remove n xs = ys ++ tail zs where (ys, zs) = splitAt n xs @@ -240,29 +248,34 @@ n = length m -- | Convert a vector v to a list of scalars.-listRep :: HasLinearMap v => v -> [Scalar v]-listRep v = map snd (decompose v)+listRep :: Foldable v => v n -> [n]+listRep = toList --- | Convert a `Transformation v` to a matrix representation as a list of--- column vectors which are also lists.-matrixRep :: HasLinearMap v => Transformation v -> [[Scalar v]]-matrixRep t = map listRep (fst . onBasis $ t)+-- | Convert the linear part of a `Transformation` to a matrix+-- representation as a list of column vectors which are also lists.+matrixRep :: (Additive v, Traversable v, Num n) => Transformation v n -> [[n]]+matrixRep (Transformation (f :-: _) _ _) = map (toList . f) basis -- | Convert a `Transformation v` to a homogeneous matrix representation. -- The final list is the translation. -- The representation leaves off the last row of the matrix as it is -- always [0,0, ... 1] and this representation is the defacto standard -- for backends.-matrixHomRep :: HasLinearMap v => Transformation v -> [[Scalar v]]-matrixHomRep t = mr ++ [listRep tl]+matrixHomRep :: (Additive v, Traversable v, Num n) => Transformation v n -> [[n]]+matrixHomRep t = mr ++ [toList tl] where mr = matrixRep t tl = transl t --- | The determinant of a `Transformation`.-determinant :: (HasLinearMap v, Num (Scalar v)) => Transformation v -> Scalar v-determinant t = det . matrixRep $ t+-- | The determinant of (the linear part of) a `Transformation`.+determinant :: (Additive v, Traversable v, Num n) => Transformation v n -> n+determinant = det . matrixRep +-- | Determine whether a `Transformation` includes a reflection+-- component, that is, whether it reverses orientation.+isReflection :: (Additive v, Traversable v, Num n, Ord n) => Transformation v n -> Bool+isReflection = (<0) . determinant+ -- | Compute the \"average\" amount of scaling performed by a -- transformation. Satisfies the properties --@@ -271,8 +284,8 @@ -- avgScale (t1 <> t2) == avgScale t1 * avgScale t2 -- @ ---avgScale :: (HasLinearMap v, Floating (Scalar v)) => Transformation v -> Scalar v-avgScale t = (abs . determinant $ t) ** (1 / fromIntegral (dimension t))+avgScale :: (Additive v, Traversable v, Floating n) => Transformation v n -> n+avgScale t = (abs . determinant) t ** (recip . fromIntegral . dimension) t {- @@ -296,29 +309,33 @@ -- | 'HasLinearMap' is a poor man's class constraint synonym, just to -- help shorten some of the ridiculously long constraint sets.-class (HasBasis v, HasTrie (Basis v), VectorSpace v) => HasLinearMap v-instance (HasBasis v, HasTrie (Basis v), VectorSpace v) => HasLinearMap v+class (HasBasis v, Traversable v) => HasLinearMap v+instance (HasBasis v, Traversable v) => HasLinearMap v +-- | An 'Additive' vector space whose representation is made up of basis elements.+class (Additive v, Representable v, Rep v ~ E v) => HasBasis v+instance (Additive v, Representable v, Rep v ~ E v) => HasBasis v+ -- | Type class for things @t@ which can be transformed.-class HasLinearMap (V t) => Transformable t where+class Transformable t where -- | Apply a transformation to an object.- transform :: Transformation (V t) -> t -> t+ transform :: Transformation (V t) (N t) -> t -> t -instance HasLinearMap v => Transformable (Transformation v) where+instance (Additive v, Num n) => Transformable (Transformation v n) where transform t1 t2 = t1 <> t2 -instance HasLinearMap v => HasOrigin (Transformation v) where+instance (Additive v, Num n) => HasOrigin (Transformation v n) where moveOriginTo p = translate (origin .-. p) -instance (Transformable a, Transformable b, V a ~ V b)- => Transformable (a,b) where+instance (Transformable t, Transformable s, V t ~ V s, N t ~ N s)+ => Transformable (t, s) where transform t (x,y) = ( transform t x , transform t y ) -instance (Transformable a, Transformable b, Transformable c, V a ~ V b, V a ~ V c)- => Transformable (a,b,c) where+instance (Transformable t, Transformable s, Transformable u, V s ~ V t, N s ~ N t, V s ~ V u, N s ~ N u)+ => Transformable (t,s,u) where transform t (x,y,z) = ( transform t x , transform t y , transform t z@@ -331,9 +348,9 @@ -- construction of image filters. Works well for curried functions, since all -- arguments get inversely transformed. -instance ( HasBasis (V b), HasTrie (Basis (V b))- , Transformable a, Transformable b, V b ~ V a) =>- Transformable (a -> b) where+instance ( V t ~ v, N t ~ n, V t ~ V s, N t ~ N s, Functor v, Num n+ , Transformable t, Transformable s)+ => Transformable (s -> t) where transform tr f = transform tr . f . transform (inv tr) instance Transformable t => Transformable [t] where@@ -345,18 +362,12 @@ instance Transformable t => Transformable (M.Map k t) where transform = M.map . transform -instance HasLinearMap v => Transformable (Point v) where+instance (Additive v, Num n) => Transformable (Point v n) where transform = papply instance Transformable m => Transformable (Deletable m) where transform = fmap . transform -instance Transformable Double where- transform = apply--instance Transformable Rational where- transform = apply- ------------------------------------------------------------ -- Translational invariance ------------------------------ ------------------------------------------------------------@@ -369,40 +380,41 @@ deriving (Eq, Ord, Show, Semigroup, Monoid) instance Wrapped (TransInv t) where- type Unwrapped (TransInv t) = t- _Wrapped' = iso (\(TransInv t) -> t) TransInv+ type Unwrapped (TransInv t) = t+ _Wrapped' = iso (\(TransInv t) -> t) TransInv instance Rewrapped (TransInv t) (TransInv t') type instance V (TransInv t) = V t+type instance N (TransInv t) = N t -instance VectorSpace (V t) => HasOrigin (TransInv t) where+instance HasOrigin (TransInv t) where moveOriginTo = const id -instance Transformable t => Transformable (TransInv t) where+instance (Num (N t), Additive (V t), Transformable t) => Transformable (TransInv t) where transform (Transformation a a' _) (TransInv t)- = TransInv (transform (Transformation a a' zeroV) t)+ = TransInv (transform (Transformation a a' zero) t) ------------------------------------------------------------ -- Generic transformations ------------------------------- ------------------------------------------------------------ -- | Create a translation.-translation :: HasLinearMap v => v -> Transformation v+translation :: v n -> Transformation v n translation = Transformation mempty mempty -- | Translate by a vector.-translate :: (Transformable t, HasLinearMap (V t)) => V t -> t -> t+translate :: (Num (N t), Transformable t) => Vn t -> t -> t translate = transform . translation -- | Create a uniform scaling transformation.-scaling :: (HasLinearMap v, Fractional (Scalar v))- => Scalar v -> Transformation v-scaling s = fromLinear lin lin -- scaling is its own transpose+scaling :: (Additive v, Fractional n) => n -> Transformation v n+scaling s = fromSymmetric lin where lin = (s *^) <-> (^/ s) -- | Scale uniformly in every dimension by the given scalar.-scale :: (Transformable t, Fractional (Scalar (V t)), Eq (Scalar (V t)))- => Scalar (V t) -> t -> t+scale :: (InSpace v n a, Eq n, Fractional n, Transformable a)+ => n -> a -> a scale 0 = error "scale by zero! Halp!" -- XXX what should be done here? scale s = transform $ scaling s+
src/Diagrams/Core/Types.hs view
@@ -1,18 +1,16 @@-{-# LANGUAGE DeriveDataTypeable #-}-{-# LANGUAGE DeriveFunctor #-}-{-# LANGUAGE EmptyDataDecls #-}-{-# LANGUAGE ExistentialQuantification #-}-{-# LANGUAGE FlexibleContexts #-}-{-# LANGUAGE FlexibleInstances #-}-{-# LANGUAGE GADTs #-}-{-# LANGUAGE GeneralizedNewtypeDeriving #-}-{-# LANGUAGE MultiParamTypeClasses #-}-{-# LANGUAGE ScopedTypeVariables #-}-{-# LANGUAGE StandaloneDeriving #-}-{-# LANGUAGE TupleSections #-}-{-# LANGUAGE TypeFamilies #-}-{-# LANGUAGE TypeOperators #-}-{-# LANGUAGE UndecidableInstances #-}+{-# LANGUAGE CPP #-}+{-# LANGUAGE DeriveDataTypeable #-}+{-# LANGUAGE DeriveFunctor #-}+{-# LANGUAGE EmptyDataDecls #-}+{-# LANGUAGE FlexibleContexts #-}+{-# LANGUAGE FlexibleInstances #-}+{-# LANGUAGE GADTs #-}+{-# LANGUAGE MultiParamTypeClasses #-}+{-# LANGUAGE ScopedTypeVariables #-}+{-# LANGUAGE TupleSections #-}+{-# LANGUAGE TypeFamilies #-}+{-# LANGUAGE TypeOperators #-}+{-# LANGUAGE UndecidableInstances #-} {-# OPTIONS_GHC -fno-warn-orphans #-} -- We have some orphan Action instances here, but since Action is a multi-param@@ -21,7 +19,7 @@ ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.Types--- Copyright : (c) 2011-2013 diagrams-core team (see LICENSE)+-- Copyright : (c) 2011-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -48,8 +46,8 @@ -- ** Annotations -- *** Static annotations- Annotation(Href)- , applyAnnotation, href+ Annotation(Href, OpacityGroup)+ , applyAnnotation, href, opacityGroup, groupOpacity -- *** Dynamic (monoidal) annotations , UpAnnots, DownAnnots, transfToAnnot, transfFromAnnot@@ -86,11 +84,6 @@ , setEnvelope , setTrace - -- * Measurements- , Measure(..)- , fromOutput- , atMost, atLeast- -- * Subdiagrams , Subdiagram(..), mkSubdiagram@@ -108,19 +101,28 @@ -- $prim , Prim(..)+ , _Prim -- * Backends , Backend(..)- , DNode(..) , DTree- , RNode(..)+ , DNode(..)+ , RTree+ , RNode(..)+ , _RStyle+ , _RAnnot+ , _RPrim+ , _REmpty -- ** Null backend , NullBackend, D + -- ** Number classes+ , TypeableFloat+ -- * Renderable , Renderable(..)@@ -128,19 +130,18 @@ ) where import Control.Arrow (first, second, (***))-import Control.Lens (Lens', Rewrapped, Wrapped (..), iso,- lens, over, view, (^.), _Wrapped,+import Control.Lens (Lens', Prism', Rewrapped,+ Wrapped (..), iso, lens, over,+ prism', view, (^.), _Wrapped, _Wrapping) import Control.Monad (mplus)-import Data.AffineSpace ((.-.))-import Data.Data import Data.List (isSuffixOf) import qualified Data.Map as M import Data.Maybe (fromMaybe, listToMaybe) import Data.Semigroup import qualified Data.Traversable as T import Data.Tree-import Data.VectorSpace+import Data.Typeable import Data.Monoid.Action import Data.Monoid.Coproduct@@ -160,100 +161,18 @@ import Diagrams.Core.Transform import Diagrams.Core.V +import Linear.Affine+import Linear.Metric+import Linear.Vector+ -- XXX TODO: add lots of actual diagrams to illustrate the -- documentation! Haddock supports \<\<inline image urls\>\>. ---------------------------------------------------------------- Measurement Units ----------------------------------------------------------------------------------------------------- | Type of measurement units for attributes.-data Measure v = Output (Scalar v)- | Normalized (Scalar v)- | Local (Scalar v)- | Global (Scalar v)-- | MinM (Measure v) (Measure v)- | MaxM (Measure v) (Measure v)- | ZeroM- | NegateM (Measure v)- | PlusM (Measure v) (Measure v)- | ScaleM (Scalar v) (Measure v)- deriving (Typeable)--deriving instance (Eq (Scalar v)) => Eq (Measure v)-deriving instance (Ord (Scalar v)) => Ord (Measure v)-deriving instance (Show (Scalar v)) => Show (Measure v)-deriving instance (Typeable v, Data v, Data (Scalar v)) => Data (Measure v)---- | Compute the larger of two 'Measure's. Useful for setting lower--- bounds.-atLeast :: Measure v -> Measure v -> Measure v-atLeast = MaxM---- | Compute the smaller of two 'Measure's. Useful for setting upper--- bounds.-atMost :: Measure v -> Measure v -> Measure v-atMost = MinM--instance AdditiveGroup (Measure v) where- zeroV = ZeroM- negateV (NegateM m) = m- negateV m = NegateM m- ZeroM ^+^ m = m- m ^+^ ZeroM = m- m1 ^+^ m2 = PlusM m1 m2--instance VectorSpace (Measure v) where- type Scalar (Measure v) = Scalar v- s *^ m = ScaleM s m--type instance V (Measure v) = v--instance (HasLinearMap v, Floating (Scalar v)) => Transformable (Measure v) where- transform tr (Local x) = Local (avgScale tr * x)- transform tr (MinM m1 m2) = MinM (transform tr m1) (transform tr m2)- transform tr (MaxM m1 m2) = MaxM (transform tr m1) (transform tr m2)- transform tr (NegateM m') = NegateM (transform tr m')- transform tr (PlusM m1 m2) = PlusM (transform tr m1) (transform tr m2)- transform tr (ScaleM s m') = ScaleM s (transform tr m')- transform _ y = y---- | Retrieve the 'Output' value of a 'Measure v' or throw an exception.--- Only 'Ouput' measures should be left in the 'RTree' passed to the backend.-fromOutput :: Measure v -> Scalar v-fromOutput (Output w) = w-fromOutput (Normalized _) = fromOutputErr "Normalized"-fromOutput (Local _) = fromOutputErr "Local"-fromOutput (Global _) = fromOutputErr "Global"-fromOutput (MinM _ _) = fromOutputErr "MinM"-fromOutput (MaxM _ _) = fromOutputErr "MaxM"-fromOutput (ZeroM) = fromOutputErr "ZeroM"-fromOutput (NegateM _) = fromOutputErr "NegateM"-fromOutput (PlusM _ _) = fromOutputErr "PlusM"-fromOutput (ScaleM _ _) = fromOutputErr "ScaleM"--fromOutputErr :: String -> a-fromOutputErr s = error $ "fromOutput: Cannot pass " ++ s ++ " to backends, must be Output."---- Eventually we may use a GADT like:------ data Measure o v where--- Output :: Scalar v -> Measure O v--- Normalized :: Scalar v -> Measure A v--- Global :: Scalar v -> Measure A v--- Local :: Scale v -> Measure A v------ to check this at compile time. But for now we throw a runtime error.------ [BAY 4 April 2014] I tried switching to such a GADT. One tricky--- bit is that you have to use Output :: Scalar v -> Measure o v,--- not Measure O v: the reason is that operations like addition have--- to take two values of the same type, so in order to be able to--- add Output to something else, Output must be able to have an A--- annotation. That all works fine. The problem is with gmapAttrs,--- which has to preserve type: so we can't generically convert from--- Measure A to Measure O.-+-- | Class of numbers that are 'RealFloat' and 'Typeable'. This class is used to+-- shorten type constraints.+class (Typeable n, RealFloat n) => TypeableFloat n+instance (Typeable n, RealFloat n) => TypeableFloat n+-- use class instead of type constraint so users don't need constraint kinds pragma ------------------------------------------------------------ -- Diagrams ----------------------------------------------@@ -274,11 +193,11 @@ -- * name/subdiagram associations (see "Diagrams.Core.Names") -- -- * query functions (see "Diagrams.Core.Query")-type UpAnnots b v m = Deletable (Envelope v)- ::: Deletable (Trace v)- ::: Deletable (SubMap b v m)- ::: Query v m- ::: ()+type UpAnnots b v n m = Deletable (Envelope v n)+ ::: Deletable (Trace v n)+ ::: Deletable (SubMap b v n m)+ ::: Query v n m+ ::: () -- | Monoidal annotations which travel down the diagram tree, -- /i.e./ which accumulate along each path to a leaf (and which can@@ -287,9 +206,9 @@ -- * styles (see "Diagrams.Core.Style") -- -- * names (see "Diagrams.Core.Names")-type DownAnnots v = (Transformation v :+: Style v)- ::: Name- ::: ()+type DownAnnots v n = (Transformation v n :+: Style v n)+ ::: Name+ ::: () -- Note that we have to put the transformations and styles together -- using a coproduct because the transformations can act on the@@ -297,14 +216,14 @@ -- | Inject a transformation into a default downwards annotation -- value.-transfToAnnot :: Transformation v -> DownAnnots v+transfToAnnot :: Transformation v n -> DownAnnots v n transfToAnnot = inj- . (inL :: Transformation v -> Transformation v :+: Style v)+ . (inL :: Transformation v n -> Transformation v n :+: Style v n) -- | Extract the (total) transformation from a downwards annotation -- value.-transfFromAnnot :: HasLinearMap v => DownAnnots v -> Transformation v+transfFromAnnot :: (Additive v, Num n) => DownAnnots v n -> Transformation v n transfFromAnnot = option mempty killR . fst -- | A leaf in a 'QDiagram' tree is either a 'Prim', or a \"delayed\"@@ -313,38 +232,47 @@ -- order to decide how to draw an arrow, we must know the precise -- transformation applied to it (since the arrow head and tail are -- scale-invariant).-data QDiaLeaf b v m- = PrimLeaf (Prim b v)- | DelayedLeaf (DownAnnots v -> Scalar v -> Scalar v -> QDiagram b v m)+data QDiaLeaf b v n m+ = PrimLeaf (Prim b v n)+ | DelayedLeaf (DownAnnots v n -> n -> n -> QDiagram b v n m) -- ^ The @QDiagram@ produced by a @DelayedLeaf@ function /must/ -- already apply any transformation in the given -- @DownAnnots@ (that is, the transformation will not -- be applied by the context).- deriving (Functor)+ deriving Functor -withQDiaLeaf :: (Prim b v -> r)- -> ((DownAnnots v -> Scalar v -> Scalar v -> QDiagram b v m) -> r)- -> (QDiaLeaf b v m -> r)-withQDiaLeaf f _ (PrimLeaf p) = f p+withQDiaLeaf :: (Prim b v n -> r)+ -> ((DownAnnots v n -> n -> n -> QDiagram b v n m) -> r)+ -> QDiaLeaf b v n m -> r+withQDiaLeaf f _ (PrimLeaf p) = f p withQDiaLeaf _ g (DelayedLeaf dgn) = g dgn -- | Static annotations which can be placed at a particular node of a -- diagram tree. data Annotation = Href String -- ^ Hyperlink+ | OpacityGroup Double deriving Show -- | Apply a static annotation at the root of a diagram. applyAnnotation- :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m)- => Annotation -> QDiagram b v m -> QDiagram b v m+ :: (Metric v, OrderedField n, Semigroup m)+ => Annotation -> QDiagram b v n m -> QDiagram b v n m applyAnnotation an (QD dt) = QD (D.annot an dt) -- | Make a diagram into a hyperlink. Note that only some backends -- will honor hyperlink annotations.-href :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m) => String -> QDiagram b v m -> QDiagram b v m+href :: (Metric v, OrderedField n, Semigroup m)+ => String -> QDiagram b v n m -> QDiagram b v n m href = applyAnnotation . Href +-- | Change the transparency of a 'Diagram' as a group.+opacityGroup, groupOpacity :: (Metric v, OrderedField n, Semigroup m)+ => Double -> QDiagram b v n m -> QDiagram b v n m+opacityGroup = applyAnnotation . OpacityGroup+groupOpacity = applyAnnotation . OpacityGroup++ -- | The fundamental diagram type. The type variables are as follows: -- -- * @b@ represents the backend, such as @SVG@ or @Cairo@. Note@@ -353,9 +281,12 @@ -- @B@, meaning \"use whatever backend is in scope\". -- -- * @v@ represents the vector space of the diagram. Typical--- instantiations include @R2@ (for a two-dimensional diagram) or--- @R3@ (for a three-dimensional diagram).+-- instantiations include @V2@ (for a two-dimensional diagram) or+-- @V3@ (for a three-dimensional diagram). --+-- * @n@ represents the numerical field the diagram uses. Typically+-- this will be a concrete numeric type like @Double@.+-- -- * @m@ is the monoidal type of \"query annotations\": each point -- in the diagram has a value of type @m@ associated to it, and -- these values are combined according to the 'Monoid' instance@@ -372,31 +303,40 @@ -- distinguished from 'Diagram', where @m@ is fixed to @Any@. This -- is not really a very good name, but it's probably not worth -- changing it at this point.-newtype QDiagram b v m- = QD (D.DUALTree (DownAnnots v) (UpAnnots b v m) Annotation (QDiaLeaf b v m))- deriving (Typeable)+newtype QDiagram b v n m+ = QD (D.DUALTree (DownAnnots v n) (UpAnnots b v n m) Annotation (QDiaLeaf b v n m))+#if __GLASGOW_HASKELL__ >= 707+ deriving Typeable+#else -instance Wrapped (QDiagram b v m) where- type Unwrapped (QDiagram b v m) =- D.DUALTree (DownAnnots v) (UpAnnots b v m) Annotation (QDiaLeaf b v m)- _Wrapped' = iso (\(QD d) -> d) QD+instance forall b v. (Typeable b, Typeable1 v) => Typeable2 (QDiagram b v) where+ typeOf2 _ = mkTyConApp (mkTyCon3 "diagrams-core" "Diagrams.Core.Types" "QDiagram") [] `mkAppTy`+ typeOf (undefined :: b) `mkAppTy`+ typeOf1 (undefined :: v n)+#endif -instance Rewrapped (QDiagram b v m) (QDiagram b' v' m')+instance Wrapped (QDiagram b v n m) where+ type Unwrapped (QDiagram b v n m) =+ D.DUALTree (DownAnnots v n) (UpAnnots b v n m) Annotation (QDiaLeaf b v n m)+ _Wrapped' = iso (\(QD d) -> d) QD -type instance V (QDiagram b v m) = v+instance Rewrapped (QDiagram b v n m) (QDiagram b' v' n' m') --- | @Diagram b v@ is a synonym for @'QDiagram' b v 'Any'@. That is,+type instance V (QDiagram b v n m) = v+type instance N (QDiagram b v n m) = n++-- | @Diagram b@ is a synonym for @'QDiagram' b (V b) (N b) 'Any'@. That is, -- the default sort of diagram is one where querying at a point -- simply tells you whether the diagram contains that point or not. -- Transforming a default diagram into one with a more interesting--- query can be done via the 'Functor' instance of @'QDiagram' b@ or+-- query can be done via the 'Functor' instance of @'QDiagram' b v n@ or -- the 'value' function.-type Diagram b v = QDiagram b v Any+type Diagram b = QDiagram b (V b) (N b) Any -- | Create a \"point diagram\", which has no content, no trace, an -- empty query, and a point envelope.-pointDiagram :: (Fractional (Scalar v), InnerSpace v)- => Point v -> QDiagram b v m+pointDiagram :: (Metric v, Fractional n)+ => Point v n -> QDiagram b v n m pointDiagram p = QD $ D.leafU (inj . toDeletable $ pointEnvelope p) -- | A useful variant of 'getU' which projects out a certain@@ -404,48 +344,48 @@ getU' :: (Monoid u', u :>: u') => D.DUALTree d u a l -> u' getU' = maybe mempty (option mempty id . get) . D.getU --- | Get the envelope of a diagram.-envelope :: forall b v m. (OrderedField (Scalar v), InnerSpace v- , HasLinearMap v, Monoid' m)- => Lens' (QDiagram b v m) (Envelope v)+-- | Lens onto the 'Envelope' of a 'QDiagram'.+envelope :: (OrderedField n, Metric v, Monoid' m)+ => Lens' (QDiagram b v n m) (Envelope v n) envelope = lens (unDelete . getU' . view _Wrapped') (flip setEnvelope) -- | Replace the envelope of a diagram.-setEnvelope :: forall b v m. (OrderedField (Scalar v), InnerSpace v- , HasLinearMap v, Monoid' m)- => Envelope v -> QDiagram b v m -> QDiagram b v m+setEnvelope :: forall b v n m. ( OrderedField n, Metric v+ , Monoid' m)+ => Envelope v n -> QDiagram b v n m -> QDiagram b v n m setEnvelope e = over _Wrapped' ( D.applyUpre (inj . toDeletable $ e)- . D.applyUpre (inj (deleteL :: Deletable (Envelope v)))- . D.applyUpost (inj (deleteR :: Deletable (Envelope v)))+ . D.applyUpre (inj (deleteL :: Deletable (Envelope v n)))+ . D.applyUpost (inj (deleteR :: Deletable (Envelope v n))) ) --- | Get the trace of a diagram.-trace :: (InnerSpace v, HasLinearMap v, OrderedField (Scalar v), Semigroup m) =>- Lens' (QDiagram b v m) (Trace v)+-- | Lens onto the 'Trace' of a 'QDiagram'.+trace :: (Metric v, OrderedField n, Semigroup m) =>+ Lens' (QDiagram b v n m) (Trace v n) trace = lens (unDelete . getU' . view _Wrapped') (flip setTrace) -- | Replace the trace of a diagram.-setTrace :: forall b v m. (OrderedField (Scalar v), InnerSpace v- , HasLinearMap v, Semigroup m)- => Trace v -> QDiagram b v m -> QDiagram b v m+setTrace :: forall b v n m. ( OrderedField n, Metric v+ , Semigroup m)+ => Trace v n -> QDiagram b v n m -> QDiagram b v n m setTrace t = over _Wrapped' ( D.applyUpre (inj . toDeletable $ t)- . D.applyUpre (inj (deleteL :: Deletable (Trace v)))- . D.applyUpost (inj (deleteR :: Deletable (Trace v)))- )+ . D.applyUpre (inj (deleteL :: Deletable (Trace v n)))+ . D.applyUpost (inj (deleteR :: Deletable (Trace v n)))+ ) --- | Get the subdiagram map (/i.e./ an association from names to--- subdiagrams) of a diagram.-subMap :: (HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) =>- Lens' (QDiagram b v m) (SubMap b v m)-subMap = lens (unDelete . getU' . view _Wrapped') (flip setMap) where- setMap :: (HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v)) =>- SubMap b v m -> QDiagram b v m -> QDiagram b v m- setMap m = over _Wrapped' ( D.applyUpre . inj . toDeletable $ m)+-- | Lens onto the 'SubMap' of a 'QDiagram' (/i.e./ an association from+-- names to subdiagrams).+subMap :: (Metric v, Semigroup m, OrderedField n)+ => Lens' (QDiagram b v n m) (SubMap b v n m)+subMap = lens (unDelete . getU' . view _Wrapped') (flip setMap)+ where+ setMap :: (Metric v, Semigroup m, OrderedField n) =>+ SubMap b v n m -> QDiagram b v n m -> QDiagram b v n m+ setMap m = over _Wrapped' ( D.applyUpre . inj . toDeletable $ m) -- | Get a list of names of subdiagrams and their locations.-names :: (HasLinearMap v, InnerSpace v, Semigroup m, OrderedField (Scalar v))- => QDiagram b v m -> [(Name, [Point v])]+names :: (Metric v, Semigroup m, OrderedField n)+ => QDiagram b v n m -> [(Name, [Point v n])] names = (map . second . map) location . M.assocs . view (subMap . _Wrapped') -- | Attach an atomic name to a certain subdiagram, computed from the@@ -453,37 +393,35 @@ -- included/. The upshot of this knot-tying is that if @d' = d # -- named x@, then @lookupName x d' == Just d'@ (instead of @Just -- d@).-nameSub :: ( IsName n- , HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m)- => (QDiagram b v m -> Subdiagram b v m) -> n -> QDiagram b v m -> QDiagram b v m+nameSub :: (IsName nm , Metric v, OrderedField n, Semigroup m)+ => (QDiagram b v n m -> Subdiagram b v n m) -> nm -> QDiagram b v n m -> QDiagram b v n m nameSub s n d = d' where d' = over _Wrapped' (D.applyUpre . inj . toDeletable $ fromNames [(n,s d')]) d -- | Lookup the most recent diagram associated with (some -- qualification of) the given name.-lookupName :: (IsName n, HasLinearMap v, InnerSpace v- , Semigroup m, OrderedField (Scalar v))- => n -> QDiagram b v m -> Maybe (Subdiagram b v m)+lookupName :: (IsName nm, Metric v, Semigroup m, OrderedField n)+ => nm -> QDiagram b v n m -> Maybe (Subdiagram b v n m) lookupName n d = lookupSub (toName n) (d^.subMap) >>= listToMaybe -- | Given a name and a diagram transformation indexed by a -- subdiagram, perform the transformation using the most recent -- subdiagram associated with (some qualification of) the name, -- or perform the identity transformation if the name does not exist.-withName :: (IsName n, HasLinearMap v, InnerSpace v- , Semigroup m, OrderedField (Scalar v))- => n -> (Subdiagram b v m -> QDiagram b v m -> QDiagram b v m)- -> QDiagram b v m -> QDiagram b v m+withName :: (IsName nm, Metric v+ , Semigroup m, OrderedField n)+ => nm -> (Subdiagram b v n m -> QDiagram b v n m -> QDiagram b v n m)+ -> QDiagram b v n m -> QDiagram b v n m withName n f d = maybe id f (lookupName n d) d -- | Given a name and a diagram transformation indexed by a list of -- subdiagrams, perform the transformation using the -- collection of all such subdiagrams associated with (some -- qualification of) the given name.-withNameAll :: (IsName n, HasLinearMap v, InnerSpace v- , Semigroup m, OrderedField (Scalar v))- => n -> ([Subdiagram b v m] -> QDiagram b v m -> QDiagram b v m)- -> QDiagram b v m -> QDiagram b v m+withNameAll :: (IsName nm, Metric v+ , Semigroup m, OrderedField n)+ => nm -> ([Subdiagram b v n m] -> QDiagram b v n m -> QDiagram b v n m)+ -> QDiagram b v n m -> QDiagram b v n m withNameAll n f d = f (fromMaybe [] (lookupSub (toName n) (d^.subMap))) d -- | Given a list of names and a diagram transformation indexed by a@@ -491,37 +429,34 @@ -- list of most recent subdiagrams associated with (some qualification -- of) each name. Do nothing (the identity transformation) if any -- of the names do not exist.-withNames :: (IsName n, HasLinearMap v, InnerSpace v- , Semigroup m, OrderedField (Scalar v))- => [n] -> ([Subdiagram b v m] -> QDiagram b v m -> QDiagram b v m)- -> QDiagram b v m -> QDiagram b v m+withNames :: (IsName nm, Metric v+ , Semigroup m, OrderedField n)+ => [nm] -> ([Subdiagram b v n m] -> QDiagram b v n m -> QDiagram b v n m)+ -> QDiagram b v n m -> QDiagram b v n m withNames ns f d = maybe id f ns' d where nd = d^.subMap- ns' = T.sequence (map ((listToMaybe=<<) . ($nd) . lookupSub . toName) ns)+ ns' = T.sequence (map ((listToMaybe=<<) . ($ nd) . lookupSub . toName) ns) -- | \"Localize\" a diagram by hiding all the names, so they are no -- longer visible to the outside.-localize :: forall b v m. ( HasLinearMap v, InnerSpace v- , OrderedField (Scalar v), Semigroup m- )- => QDiagram b v m -> QDiagram b v m-localize = over _Wrapped' ( D.applyUpre (inj (deleteL :: Deletable (SubMap b v m)))- . D.applyUpost (inj (deleteR :: Deletable (SubMap b v m)))+localize :: forall b v n m. (Metric v, OrderedField n, Semigroup m)+ => QDiagram b v n m -> QDiagram b v n m+localize = over _Wrapped' ( D.applyUpre (inj (deleteL :: Deletable (SubMap b v n m)))+ . D.applyUpost (inj (deleteR :: Deletable (SubMap b v n m))) ) - -- | Get the query function associated with a diagram.-query :: Monoid m => QDiagram b v m -> Query v m+query :: Monoid m => QDiagram b v n m -> Query v n m query = getU' . view _Wrapped' -- | Sample a diagram's query function at a given point.-sample :: Monoid m => QDiagram b v m -> Point v -> m+sample :: Monoid m => QDiagram b v n m -> Point v n -> m sample = runQuery . query -- | Set the query value for 'True' points in a diagram (/i.e./ points -- \"inside\" the diagram); 'False' points will be set to 'mempty'.-value :: Monoid m => m -> QDiagram b v Any -> QDiagram b v m+value :: Monoid m => m -> QDiagram b v n Any -> QDiagram b v n m value m = fmap fromAny where fromAny (Any True) = m fromAny (Any False) = mempty@@ -529,25 +464,25 @@ -- | Reset the query values of a diagram to @True@/@False@: any values -- equal to 'mempty' are set to 'False'; any other values are set to -- 'True'.-resetValue :: (Eq m, Monoid m) => QDiagram b v m -> QDiagram b v Any+resetValue :: (Eq m, Monoid m) => QDiagram b v n m -> QDiagram b v n Any resetValue = fmap toAny where toAny m | m == mempty = Any False | otherwise = Any True -- | Set all the query values of a diagram to 'False'.-clearValue :: QDiagram b v m -> QDiagram b v Any+clearValue :: QDiagram b v n m -> QDiagram b v n Any clearValue = fmap (const (Any False)) -- | Create a diagram from a single primitive, along with an envelope, -- trace, subdiagram map, and query function.-mkQD :: Prim b v -> Envelope v -> Trace v -> SubMap b v m -> Query v m- -> QDiagram b v m+mkQD :: Prim b v n -> Envelope v n -> Trace v n -> SubMap b v n m -> Query v n m+ -> QDiagram b v n m mkQD p = mkQD' (PrimLeaf p) -- | Create a diagram from a generic QDiaLeaf, along with an envelope, -- trace, subdiagram map, and query function.-mkQD' :: QDiaLeaf b v m -> Envelope v -> Trace v -> SubMap b v m -> Query v m- -> QDiagram b v m+mkQD' :: QDiaLeaf b v n m -> Envelope v n -> Trace v n -> SubMap b v n m -> Query v n m+ -> QDiagram b v n m mkQD' l e t n q = QD $ D.leaf (toDeletable e *: toDeletable t *: toDeletable n *: q *: ()) l @@ -569,13 +504,13 @@ -- probably only makes sense in vector spaces of dimension lower -- than 3, but in theory it could make sense for, say, 3-dimensional -- diagrams when viewed by 4-dimensional beings.-instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m)- => Monoid (QDiagram b v m) where+instance (Metric v, OrderedField n, Semigroup m)+ => Monoid (QDiagram b v n m) where mempty = QD D.empty mappend = (<>) -instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m)- => Semigroup (QDiagram b v m) where+instance (Metric v, OrderedField n, Semigroup m)+ => Semigroup (QDiagram b v n m) where (QD d1) <> (QD d2) = QD (d2 <> d1) -- swap order so that primitives of d2 come first, i.e. will be -- rendered first, i.e. will be on the bottom.@@ -583,15 +518,15 @@ -- | A convenient synonym for 'mappend' on diagrams, designed to be -- used infix (to help remember which diagram goes on top of which -- when combining them, namely, the first on top of the second).-atop :: (HasLinearMap v, OrderedField (Scalar v), InnerSpace v, Semigroup m)- => QDiagram b v m -> QDiagram b v m -> QDiagram b v m+atop :: (OrderedField n, Metric v, Semigroup m)+ => QDiagram b v n m -> QDiagram b v n m -> QDiagram b v n m atop = (<>) infixl 6 `atop` ---- Functor -instance Functor (QDiagram b v) where+instance Functor (QDiagram b v n) where fmap f = over (_Wrapping QD) ( (D.mapU . second . second) ( (first . fmap . fmap . fmap) f@@ -610,63 +545,61 @@ -- @Monoid@ instance, except the queries which are combined via -- @(<*>)@. --- instance (Backend b v, s ~ Scalar v, AdditiveGroup s, Ord s)--- => Applicative (QDiagram b v) where+-- instance (Backend b v n, Num n, Ord n)+-- => Applicative (QDiagram b v n) where -- pure a = Diagram mempty mempty mempty (Query $ const a)-+-- -- (Diagram ps1 bs1 ns1 smp1) <*> (Diagram ps2 bs2 ns2 smp2) -- = Diagram (ps1 <> ps2) (bs1 <> bs2) (ns1 <> ns2) (smp1 <*> smp2) ---- HasStyle -instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m)- => HasStyle (QDiagram b v m) where+instance (Metric v, OrderedField n, Semigroup m)+ => HasStyle (QDiagram b v n m) where applyStyle = over _Wrapped' . D.applyD . inj- . (inR :: Style v -> Transformation v :+: Style v)+ . (inR :: Style v n -> Transformation v n :+: Style v n) ---- Juxtaposable -instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Monoid' m)- => Juxtaposable (QDiagram b v m) where+instance (Metric v, OrderedField n, Monoid' m)+ => Juxtaposable (QDiagram b v n m) where juxtapose = juxtaposeDefault ---- Enveloped -instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Monoid' m)- => Enveloped (QDiagram b v m) where+instance (Metric v, OrderedField n, Monoid' m)+ => Enveloped (QDiagram b v n m) where getEnvelope = view envelope ---- Traced -instance (HasLinearMap v, VectorSpace v, Ord (Scalar v), InnerSpace v- , Semigroup m, Fractional (Scalar v), Floating (Scalar v))- => Traced (QDiagram b v m) where+instance (Metric v, OrderedField n, Semigroup m)+ => Traced (QDiagram b v n m) where getTrace = view trace ---- HasOrigin -- | Every diagram has an intrinsic \"local origin\" which is the -- basis for all combining operations.-instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m)- => HasOrigin (QDiagram b v m) where-+instance (Metric v, OrderedField n, Semigroup m)+ => HasOrigin (QDiagram b v n m) where moveOriginTo = translate . (origin .-.) ---- Transformable -- | Diagrams can be transformed by transforming each of their -- components appropriately.-instance (HasLinearMap v, OrderedField (Scalar v), InnerSpace v, Semigroup m)- => Transformable (QDiagram b v m) where+instance (OrderedField n, Metric v, Semigroup m)+ => Transformable (QDiagram b v n m) where transform = over _Wrapped' . D.applyD . transfToAnnot ---- Qualifiable -- | Diagrams can be qualified so that all their named points can -- now be referred to using the qualification prefix.-instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m)- => Qualifiable (QDiagram b v m) where- (|>) = over _Wrapped' . D.applyD . inj . toName+instance (Metric v, OrderedField n, Semigroup m)+ => Qualifiable (QDiagram b v n m) where+ (.>>) = over _Wrapped' . D.applyD . inj . toName ------------------------------------------------------------@@ -678,12 +611,13 @@ -- paired with any accumulated information from the larger context -- (transformations, attributes, etc.). -data Subdiagram b v m = Subdiagram (QDiagram b v m) (DownAnnots v)+data Subdiagram b v n m = Subdiagram (QDiagram b v n m) (DownAnnots v n) -type instance V (Subdiagram b v m) = v+type instance V (Subdiagram b v n m) = v+type instance N (Subdiagram b v n m) = n -- | Turn a diagram into a subdiagram with no accumulated context.-mkSubdiagram :: QDiagram b v m -> Subdiagram b v m+mkSubdiagram :: QDiagram b v n m -> Subdiagram b v n m mkSubdiagram d = Subdiagram d empty -- | Create a \"point subdiagram\", that is, a 'pointDiagram' (with no@@ -692,36 +626,36 @@ -- @mkSubdiagram . pointDiagram@, which would result in a subdiagram -- with local origin at the parent origin, rather than at the given -- point.-subPoint :: (HasLinearMap v, InnerSpace v, OrderedField (Scalar v), Semigroup m)- => Point v -> Subdiagram b v m+subPoint :: (Metric v, OrderedField n, Semigroup m)+ => Point v n -> Subdiagram b v n m subPoint p = Subdiagram (pointDiagram origin) (transfToAnnot $ translation (p .-. origin)) -instance Functor (Subdiagram b v) where+instance Functor (Subdiagram b v n) where fmap f (Subdiagram d a) = Subdiagram (fmap f d) a -instance (OrderedField (Scalar v), InnerSpace v, HasLinearMap v, Monoid' m)- => Enveloped (Subdiagram b v m) where+instance (OrderedField n, Metric v, Monoid' m)+ => Enveloped (Subdiagram b v n m) where getEnvelope (Subdiagram d a) = transform (transfFromAnnot a) $ getEnvelope d -instance (OrderedField (Scalar v), HasLinearMap v, InnerSpace v, Semigroup m)- => Traced (Subdiagram b v m) where+instance (OrderedField n, Metric v, Semigroup m)+ => Traced (Subdiagram b v n m) where getTrace (Subdiagram d a) = transform (transfFromAnnot a) $ getTrace d -instance (HasLinearMap v, InnerSpace v, OrderedField (Scalar v))- => HasOrigin (Subdiagram b v m) where+instance (Metric v, OrderedField n)+ => HasOrigin (Subdiagram b v n m) where moveOriginTo = translate . (origin .-.) -instance ( HasLinearMap v, InnerSpace v, Floating (Scalar v))- => Transformable (Subdiagram b v m) where+instance (Metric v, Floating n)+ => Transformable (Subdiagram b v n m) where transform t (Subdiagram d a) = Subdiagram d (transfToAnnot t <> a) -- | Get the location of a subdiagram; that is, the location of its -- local origin /with respect to/ the vector space of its parent -- diagram. In other words, the point where its local origin -- \"ended up\".-location :: HasLinearMap v => Subdiagram b v m -> Point v+location :: (Additive v, Num n) => Subdiagram b v n m -> Point v n location (Subdiagram _ a) = transform (transfFromAnnot a) origin -- | Turn a subdiagram into a normal diagram, including the enclosing@@ -730,16 +664,13 @@ -- attributes. @getSub@ simply applies the transformation and -- attributes to the diagram to get the corresponding \"top-level\" -- diagram.-getSub :: ( HasLinearMap v, InnerSpace v- , Floating (Scalar v), Ord (Scalar v)- , Semigroup m- )- => Subdiagram b v m -> QDiagram b v m+getSub :: (Metric v, OrderedField n, Semigroup m)+ => Subdiagram b v n m -> QDiagram b v n m getSub (Subdiagram d a) = over _Wrapped' (D.applyD a) d -- | Extract the \"raw\" content of a subdiagram, by throwing away the -- context.-rawSub :: Subdiagram b v m -> QDiagram b v m+rawSub :: Subdiagram b v n m -> QDiagram b v n m rawSub (Subdiagram d _) = d ------------------------------------------------------------@@ -748,26 +679,27 @@ -- | A 'SubMap' is a map associating names to subdiagrams. There can -- be multiple associations for any given name.-newtype SubMap b v m = SubMap (M.Map Name [Subdiagram b v m])+newtype SubMap b v n m = SubMap (M.Map Name [Subdiagram b v n m]) -- See Note [SubMap Set vs list] -instance Wrapped (SubMap b v m) where- type Unwrapped (SubMap b v m) = M.Map Name [Subdiagram b v m]- _Wrapped' = iso (\(SubMap m) -> m) SubMap+instance Wrapped (SubMap b v n m) where+ type Unwrapped (SubMap b v n m) = M.Map Name [Subdiagram b v n m]+ _Wrapped' = iso (\(SubMap m) -> m) SubMap -instance Rewrapped (SubMap b v m) (SubMap b' v' m')+instance Rewrapped (SubMap b v n m) (SubMap b' v' n' m') -- ~~~~ [SubMap Set vs list] -- In some sense it would be nicer to use -- Sets instead of a list, but then we would have to put Ord -- constraints on v everywhere. =P -type instance V (SubMap b v m) = v+type instance V (SubMap b v n m) = v+type instance N (SubMap b v n m) = n -instance Functor (SubMap b v) where+instance Functor (SubMap b v n) where fmap = over _Wrapped . fmap . map . fmap -instance Semigroup (SubMap b v m) where+instance Semigroup (SubMap b v n m) where SubMap s1 <> SubMap s2 = SubMap $ M.unionWith (++) s1 s2 -- | 'SubMap's form a monoid with the empty map as the identity, and@@ -775,51 +707,51 @@ -- if two maps have the same name in their domain, the resulting map -- will associate that name to the concatenation of the information -- associated with that name.-instance Monoid (SubMap b v m) where+instance Monoid (SubMap b v n m) where mempty = SubMap M.empty mappend = (<>) -instance (OrderedField (Scalar v), InnerSpace v, HasLinearMap v)- => HasOrigin (SubMap b v m) where+instance (OrderedField n, Metric v)+ => HasOrigin (SubMap b v n m) where moveOriginTo = over _Wrapped' . moveOriginTo -instance (InnerSpace v, Floating (Scalar v), HasLinearMap v)- => Transformable (SubMap b v m) where+instance (Metric v, Floating n)+ => Transformable (SubMap b v n m) where transform = over _Wrapped' . transform -- | 'SubMap's are qualifiable: if @ns@ is a 'SubMap', then @a |> -- ns@ is the same 'SubMap' except with every name qualified by -- @a@.-instance Qualifiable (SubMap b v m) where- a |> (SubMap m) = SubMap $ M.mapKeys (a |>) m+instance Qualifiable (SubMap b v n m) where+ a .>> (SubMap m) = SubMap $ M.mapKeys (a .>>) m -- | Construct a 'SubMap' from a list of associations between names -- and subdiagrams.-fromNames :: IsName a => [(a, Subdiagram b v m)] -> SubMap b v m+fromNames :: IsName a => [(a, Subdiagram b v n m)] -> SubMap b v n m fromNames = SubMap . M.fromListWith (++) . map (toName *** (:[])) -- | Add a name/diagram association to a submap.-rememberAs :: IsName a => a -> QDiagram b v m -> SubMap b v m -> SubMap b v m+rememberAs :: IsName a => a -> QDiagram b v n m -> SubMap b v n m -> SubMap b v n m rememberAs n b = over _Wrapped' $ M.insertWith (++) (toName n) [mkSubdiagram b] -- | A name acts on a name map by qualifying every name in it.-instance Action Name (SubMap b v m) where- act = (|>)+instance Action Name (SubMap b v n m) where+ act = (.>>) instance Action Name a => Action Name (Deletable a) where act n (Deletable l a r) = Deletable l (act n a) r -- Names do not act on other things. -instance Action Name (Query v m)-instance Action Name (Envelope v)-instance Action Name (Trace v)+instance Action Name (Query v n m)+instance Action Name (Envelope v n)+instance Action Name (Trace v n) -- | Look for the given name in a name map, returning a list of -- subdiagrams associated with that name. If no names match the -- given name exactly, return all the subdiagrams associated with -- names of which the given name is a suffix.-lookupSub :: IsName n => n -> SubMap b v m -> Maybe [Subdiagram b v m]+lookupSub :: IsName nm => nm -> SubMap b v n m -> Maybe [Subdiagram b v n m] lookupSub a (SubMap m) = M.lookup n m `mplus` (flattenNames . filter ((n `nameSuffixOf`) . fst) . M.assocs $ m)@@ -839,61 +771,79 @@ -- the collection of primitives a given backend knows how to render is -- determined by instances of 'Renderable'. --- | A value of type @Prim b v@ is an opaque (existentially quantified)+-- | A value of type @Prim b v n@ is an opaque (existentially quantified) -- primitive which backend @b@ knows how to render in vector space @v@.-data Prim b v where- Prim :: (Transformable p, Typeable p, Renderable p b) => p -> Prim b (V p)+data Prim b v n where+ Prim :: (Transformable p, Typeable p, Renderable p b) => p -> Prim b (V p) (N p) -type instance V (Prim b v) = v+_Prim :: (Transformable p, Typeable p, Renderable p b) => Prism' (Prim b (V p) (N p)) p+_Prim = prism' Prim (\(Prim p) -> cast p) +type instance V (Prim b v n) = v+type instance N (Prim b v n) = n+ -- | The 'Transformable' instance for 'Prim' just pushes calls to -- 'transform' down through the 'Prim' constructor.-instance HasLinearMap v => Transformable (Prim b v) where- transform v (Prim p) = Prim (transform v p)+instance Transformable (Prim b v n) where+ transform t (Prim p) = Prim (transform t p) -- | The 'Renderable' instance for 'Prim' just pushes calls to -- 'render' down through the 'Prim' constructor.-instance HasLinearMap v => Renderable (Prim b v) b where+instance Renderable (Prim b v n) b where render b (Prim p) = render b p ------------------------------------------------------------ -- Backends ----------------------------------------------- ------------------------------------------------------------ -data DNode b v a = DStyle (Style v)- | DTransform (Transformation v)- | DAnnot a- | DDelay- -- ^ @DDelay@ marks a point where a delayed subtree- -- was expanded. Such subtrees already take all- -- non-frozen transforms above them into account,- -- so when later processing the tree, upon- -- encountering a @DDelay@ node we must drop any- -- accumulated non-frozen transformation.- | DPrim (Prim b v)- | DEmpty- -- | A 'DTree' is a raw tree representation of a 'QDiagram', with all -- the @u@-annotations removed. It is used as an intermediate type -- by diagrams-core; backends should not need to make use of it. -- Instead, backends can make use of 'RTree', which 'DTree' gets -- compiled and optimized to.-type DTree b v a = Tree (DNode b v a)+type DTree b v n a = Tree (DNode b v n a) -data RNode b v a = RStyle (Style v)- -- ^ A style node.- | RAnnot a- | RPrim (Prim b v)- -- ^ A primitive.- | REmpty+data DNode b v n a = DStyle (Style v n)+ | DTransform (Transformation v n)+ | DAnnot a+ | DDelay+ -- ^ @DDelay@ marks a point where a delayed subtree+ -- was expanded. Such subtrees already take all+ -- non-frozen transforms above them into account,+ -- so when later processing the tree, upon+ -- encountering a @DDelay@ node we must drop any+ -- accumulated non-frozen transformation.+ | DPrim (Prim b v n)+ | DEmpty -- | An 'RTree' is a compiled and optimized representation of a -- 'QDiagram', which can be used by backends. They have the -- following invariant which backends may rely upon: -- -- * @RPrim@ nodes never have any children.-type RTree b v a = Tree (RNode b v a )+type RTree b v n a = Tree (RNode b v n a) +data RNode b v n a = RStyle (Style v n) -- ^ A style node.+ | RAnnot a+ | RPrim (Prim b v n) -- ^ A primitive.+ | REmpty++-- | Prism onto a style of an 'RNode'.+_RStyle :: Prism' (RNode b v n a) (Style v n)+_RStyle = prism' RStyle $ \n -> case n of RStyle s -> Just s; _ -> Nothing++-- | Prism onto an annotation of an 'RNode'.+_RAnnot :: Prism' (RNode b v n a) a+_RAnnot = prism' RAnnot $ \n -> case n of RAnnot a -> Just a; _ -> Nothing++-- | Prism onto a 'Prim' of an 'RNode'.+_RPrim :: Prism' (RNode b v n a) (Prim b v n)+_RPrim = prism' RPrim $ \n -> case n of RPrim p -> Just p; _ -> Nothing++-- | Prism onto an empty 'RNode'.+_REmpty :: Prism' (RNode b v n a) ()+_REmpty = prism' (const REmpty) $ \n -> case n of REmpty -> Just (); _ -> Nothing+ -- | Abstract diagrams are rendered to particular formats by -- /backends/. Each backend/vector space combination must be an -- instance of the 'Backend' class.@@ -903,7 +853,7 @@ -- implement 'adjustDia' as well; the default definition does -- nothing. Some useful standard definitions are provided in the -- @Diagrams.TwoD.Adjust@ module from the @diagrams-lib@ package.-class HasLinearMap v => Backend b v where+class Backend b v n where -- | An intermediate representation used for rendering primitives. -- (Typically, this will be some sort of monad, but it need not@@ -911,13 +861,13 @@ -- able to convert primitives into this type; how these rendered -- primitives are combined into an ultimate 'Result' is completely -- up to the backend.- data Render b v :: *+ data Render b v n :: * -- | The result of running/interpreting a rendering operation.- type Result b v :: *+ type Result b v n :: * -- | Backend-specific rendering options.- data Options b v :: *+ data Options b v n :: * -- | 'adjustDia' allows the backend to make adjustments to the final -- diagram (e.g. to adjust the size based on the options) before@@ -929,14 +879,14 @@ -- -- See the diagrams-lib package (particularly the -- @Diagrams.TwoD.Adjust@ module) for some useful implementations.- adjustDia :: (Monoid' m, Num (Scalar v)) => b -> Options b v- -> QDiagram b v m -> (Options b v, Transformation v, QDiagram b v m)+ adjustDia :: (Additive v, Monoid' m, Num n) => b -> Options b v n+ -> QDiagram b v n m -> (Options b v n, Transformation v n, QDiagram b v n m) adjustDia _ o d = (o,mempty,d) -- | Given some options, take a representation of a diagram as a -- tree and render it. The 'RTree' has already been simplified -- and has all measurements converted to @Output@ units.- renderRTree :: b -> Options b v -> RTree b v Annotation -> Result b v+ renderRTree :: b -> Options b v n -> RTree b v n Annotation -> Result b v n -- See Note [backend token] @@ -954,32 +904,39 @@ -- width of an image (this example requires @diagrams-lib@): -- -- @--- ghci> width (image \"foo.png\" 200 200)--- \<interactive\>:8:8:--- No instance for (Renderable Diagrams.TwoD.Image.Image b0)+-- ghci> width (image (uncheckedImageRef \"foo.png\" 200 200))+-- \<interactive\>:11:8:+-- No instance for (Renderable (DImage n0 External) b0) -- arising from a use of `image'+-- The type variables `n0', `b0' are ambiguous+-- Possible fix: add a type signature that fixes these type variable(s)+-- Note: there is a potential instance available:+-- instance Fractional n => Renderable (DImage n a) NullBackend+-- -- Defined in `Diagrams.TwoD.Image' -- Possible fix: -- add an instance declaration for--- (Renderable Diagrams.TwoD.Image.Image b0)+-- (Renderable (DImage n0 External) b0) -- In the first argument of `width', namely--- `(image \"foo.png\" 200 200)'--- In the expression: width (image \"foo.png\" 200 200)--- In an equation for `it': it = width (image \"foo.png\" 200 200)+-- `(image (uncheckedImageRef \"foo.png\" 200 200))'+-- In the expression:+-- width (image (uncheckedImageRef \"foo.png\" 200 200))+-- In an equation for `it':+-- it = width (image (uncheckedImageRef \"foo.png\" 200 200)) -- @ ----- GHC complains that there is no instance for @Renderable Image--- b0@; what is really going on is that it does not have enough+-- GHC complains that there is no instance for @Renderable (DImage n0+-- External) b0@; what is really going on is that it does not have enough -- information to decide what backend to use (hence the--- uninstantiated @b0@). This is annoying because /we/ know that the+-- uninstantiated @n0@ and @b0@). This is annoying because /we/ know that the -- choice of backend cannot possibly affect the width of the image -- (it's 200! it's right there in the code!); /but/ there is no way -- for GHC to know that. -- -- The solution is to annotate the call to 'image' with the type--- @'D' 'R2'@, like so:+-- @'D' 'V2' 'Double'@, like so: -- -- @--- ghci> width (image \"foo.png\" 200 200 :: D R2)+-- ghci> width (image (uncheckedImageRef \"foo.png\" 200 200) :: D V2 Double) -- 200.00000000000006 -- @ --@@ -990,24 +947,26 @@ -- -- @ -- ghci> width (circle 1)--- \<interactive\>:4:1:--- Couldn't match type `V a0' with `R2'+-- \<interactive\>:12:1:+-- Couldn't match expected type `V2' with actual type `V a0'+-- The type variable `a0' is ambiguous+-- Possible fix: add a type signature that fixes these type variable(s) -- In the expression: width (circle 1) -- In an equation for `it': it = width (circle 1) -- @ -- -- There's even more ambiguity here. Whereas 'image' always returns--- a 'Diagram', the 'circle' function can produce any 'PathLike'+-- a 'Diagram', the 'circle' function can produce any 'TrailLike' -- type, and the 'width' function can consume any 'Enveloped' type, -- so GHC has no idea what type to pick to go in the middle. -- However, the solution is the same: -- -- @--- ghci> width (circle 1 :: D R2)+-- ghci> width (circle 1 :: D V2 Double) -- 1.9999999999999998 -- @ -type D v = Diagram NullBackend v+type D v n = QDiagram NullBackend v n Any -- | A null backend which does no actual rendering. It is provided@@ -1023,6 +982,7 @@ -- This ensures that the trick with 'D' annotations can be used for -- diagrams containing your primitive. data NullBackend+ deriving Typeable -- Note: we can't make a once-and-for-all instance --@@ -1031,21 +991,21 @@ -- -- because it overlaps with the Renderable instance for NullPrim. -instance Monoid (Render NullBackend v) where+instance Monoid (Render NullBackend v n) where mempty = NullBackendRender mappend _ _ = NullBackendRender -instance HasLinearMap v => Backend NullBackend v where- data Render NullBackend v = NullBackendRender- type Result NullBackend v = ()- data Options NullBackend v+instance Backend NullBackend v n where+ data Render NullBackend v n = NullBackendRender+ type Result NullBackend v n = ()+ data Options NullBackend v n renderRTree _ _ _ = () -- | The Renderable type class connects backends to primitives which -- they know how to render. class Transformable t => Renderable t b where- render :: b -> t -> Render b (V t)+ render :: b -> t -> Render b (V t) (N t) -- ^ Given a token representing the backend and a -- transformable object, render it in the appropriate rendering -- context.
src/Diagrams/Core/V.hs view
@@ -1,10 +1,12 @@-{-# LANGUAGE TypeOperators #-}-{-# LANGUAGE TypeFamilies #-}+{-# LANGUAGE FlexibleInstances #-}+{-# LANGUAGE MultiParamTypeClasses #-}+{-# LANGUAGE TypeFamilies #-}+{-# LANGUAGE TypeOperators #-} ----------------------------------------------------------------------------- -- | -- Module : Diagrams.Core.V--- Copyright : (c) 2011 diagrams-core team (see LICENSE)+-- Copyright : (c) 2011-2015 diagrams-core team (see LICENSE) -- License : BSD-style (see LICENSE) -- Maintainer : diagrams-discuss@googlegroups.com --@@ -13,16 +15,18 @@ ----------------------------------------------------------------------------- module Diagrams.Core.V- ( V+ ( V , N , Vn+ , InSpace, SameSpace+ ) where - ) where+import Data.Map+import Data.Monoid.Coproduct+import Data.Monoid.Deletable+import Data.Monoid.Split+import Data.Semigroup+import Data.Set -import Data.Map-import Data.Monoid.Coproduct-import Data.Monoid.Deletable-import Data.Monoid.Split-import Data.Semigroup-import Data.Set+import Linear.Vector ------------------------------------------------------------ -- Vector spaces -------------------------------------------@@ -30,16 +34,15 @@ -- | Many sorts of objects have an associated vector space in which -- they \"live\". The type function @V@ maps from object types to--- the associated vector space.-type family V a :: *--type instance V Double = Double-type instance V Rational = Rational+-- the associated vector space. The resulting vector space has kind @* -> *@+-- which means it takes another value (a number) and returns a concrete+-- vector. For example 'V2' has kind @* -> *@ and @V2 Double@ is a vector.+type family V a :: * -> * -- Note, to use these instances one often needs a constraint of the form -- V a ~ V b, etc.-type instance V (a,b) = V a-type instance V (a,b,c) = V a+type instance V (a,b) = V a+type instance V (a,b,c) = V a type instance V (a -> b) = V b type instance V [a] = V a@@ -50,3 +53,35 @@ type instance V (Deletable m) = V m type instance V (Split m) = V m type instance V (m :+: n) = V m++-- | The numerical field for the object, the number type used for calculations.+type family N a :: *++type instance N (a,b) = N a+type instance N (a,b,c) = N a++type instance N (a -> b) = N b+type instance N [a] = N a+type instance N (Option a) = N a+type instance N (Set a) = N a+type instance N (Map k a) = N a++type instance N (Deletable m) = N m+type instance N (Split m) = N m+type instance N (m :+: n) = N m++-- | Conveient type alias to retrieve the vector type associated with an+-- object's vector space. This is usually used as @Vn a ~ v n@ where @v@ is+-- the vector space and @n@ is the numerical field.+type Vn a = V a (N a)++-- | @InSpace v n a@ means the type @a@ belongs to the vector space @v n@,+-- where @v@ is 'Additive' and @n@ is a 'Num'.+class (V a ~ v, N a ~ n, Additive v, Num n) => InSpace v n a+instance (V a ~ v, N a ~ n, Additive v, Num n) => InSpace v n a++-- | @SameSpace a b@ means the types @a@ and @b@ belong to the same+-- vector space @v n@.+class (V a ~ V b, N a ~ N b) => SameSpace a b+instance (V a ~ V b, N a ~ N b) => SameSpace a b+